The BLK2GO PULSE is a new first-person laser scanner that combines cutting-edge LiDAR sensor technology with the original Leica BLK2GO form factor. It provides customers with a rapid, simple and intuitive first-person scanning method, controlled with their smartphone, that delivers full-colour 3D point clouds instantly in the field.

The BLK2GO PULSE was built in collaboration with Sony Semiconductor Solutions Corporation (Sony), the global leader in image sensors. The BLK2GO PULSE fuses Sony’s advanced Time-of-Flight (ToF) image sensors with Leica Geosystems’ proven GrandSLAM technology, resulting in the world’s first dual ToF handheld scanner.

With its release planned in early 2024, the BLK2GO PULSE will add a new, unique and disruptive member to the BLK2GO product family. The BLK2GO PULSE is primarily used for indoor applications such as the creation of 3D digital twins and 2D floor plans. Additional features include:

• First-person scanning: See what you capture from a first-person scanning perspective. Colourised 3D data is streamed in real time to the smartphone screen.
• Instant data availability: Immediately view and share colourised 3D point clouds and images from the field, as easy as sharing a photo or video.
• Intuitive companion app: With a smartphone (iOS or Android) attached to the scanner, access a streamlined end-to-end reality capture workflow in the BLK Live app.
• Smart scanning guidance: In-app notifications provide real-time guidance to the user to ensure optimal scanning practices.
• Reality Cloud Studio, powered by HxDR, upload: Easily upload scans from the field to Reality Cloud Studio, Hexagon’s cloud application for reality capture data visualisation, collaboration, and storage.

“With a fast end-to-end workflow that combines scanner and smartphone app into one reality capture solution, users will benefit from an easy, intuitive user experience and the delivery of complete data instantly,” said Juergen Mayer, President Reality Capture at Leica Geosystems, part of Hexagon. “The BLK2GO PULSE furthers our mission to democratise reality capture, and along with Hexagon’s most recent innovations such as Reality Cloud Studio, we continue to push the envelope of what is possible in digital reality with even more disruptive products.”

For more information about the BLK2GO PULSE, visit the website or stop by the Hexagon booth (Hall 25 | Booth B25.16) at INTERGEO 2023 in Berlin.

Leica Geosystems — when it has to be right
With more than 200 years of history, Leica Geosystems, part of Hexagon, is the trusted supplier of premium sensors, software and services. Delivering value every day to professionals in surveying, construction, infrastructure, mining, mapping and other geospatial content-dependent industries, Leica Geosystems leads the industry with innovative solutions to empower our autonomous future.

Hexagon (Nasdaq Stockholm: HEXA B) has approximately 24,000 employees in 50 countries and net sales of approximately 5.2bn EUR. Learn more at hexagon.com and follow us @HexagonAB

LocLab specialises in developing object-based and structured digital twin models that seamlessly integrate data from various systems and sources. Users can click on an object within the model to access relevant data sets stored elsewhere. Clients rely on these models for efficient asset management, process optimisation, simulations and more.

“Industry increasingly understands the benefits of data-enriched digital twins. But to fully realise their potential, users need an efficient platform that helps them securely store, manage and maintain these assets, ensuring real-time updates,” says Ilka May, CEO at LocLab. “LocLab Cloud is an innovative SaaS platform that enables clients to access and share data about their assets through a very intuitive spatial 3D environment.”

LocLab Cloud is accessible from any computer, tablet or mobile device via a web browser and the new Digital Twin Player. The cloud-native security system ensures that only authorised collaborators can upload, access share and collaborate on the digital content.

The platform empowers users, such as infrastructure providers, with comprehensive data, enabling predictive maintenance, scenario planning, sustainability analysis and overall improved decision-making. Users can seamlessly interact with the 3D model and receive live updates from on-site sensors. LocLab Cloud thus provides them with immediate, actionable insights.

At the heart of Hexagon’s cloud services is HxDR, a cloud-native platform for geospatial data at any scale. HxDR powers Hexagon’s digital reality applications with storage, visualisation, collaboration tools and automated microservices for data processing. HxDR also powers Reality Cloud Studio, HxGN GeoCloud and the HxGN Content Program.

Find out more at hxdr.com/loclab-cloud/ or visit the Hexagon booth at INTERGEO (Hall 25 | Booth B25.16). 

LocLab Consulting GmbH

LocLab, part of Hexagon, is a leader in 3D digital twin content creation. LocLab’s proprietary technology, enabled by a high degree of automation using proven workflows and artificial intelligence, allows the cost- and time-efficient creation of digital twins of machines, buildings, manufacturing facilities or large-scale areas such as transportation networks or entire cities.

In addition to four days of peer-led education sessions, Newforma workshops, and networking events, Newforma World hosted keynote speakers Giovanna Brasfield (“United in Diversity: The Transformative Impact of Inclusive Collaboration in the AECO Industry”) and David Sears (“Mission: Collaboration Excellence — The Importance of Equipping Your Teams for Success”).

Attendees also had exclusive access to the innovative Newforma Konekt platform, which combines information management, project management, and simple BIM coordination by those using BIM in their process. Newforma Konekt seamlessly integrates intricate design collaboration and issue management, essential during design and building phases, with overarching processes like document handling, RFIs, submittals, email coordination, and other project completion tasks.

Carl Veillette, Chief Product Officer, offered this summary of the new platform. “Newforma Konekt is an interconnected ecosystem – an environment, really — that encapsulates Newforma’s very essence, ideals, and commitment to the AECO industry. Time is always of the essence in construction, but Newforma Konekt gives users more than just hours; it gives them clarity, efficiency, and above all, peace of mind, by uniting every element of their project.”

With Newforma Konekt, all stakeholders on a project, including architects, engineers, contractors, and owners, are empowered to collaborate and make informed decisions while creating a comprehensive, intuitive, and easily searchable project record. Newforma Konekt synchronizes with existing software tools, eradicating communication gridlocks, isolated data, and tedious document tasks so firms gain valuable time that they can spend on delivering quality projects.

At Newforma World 2023, Newforma also announced the launch of its re-envisioned brand identity, underscoring the company’s commitment to product innovation and its mission to power CONNECTED project delivery for AECO project teams.

The transformation underscores Newforma’s belief in the omnipresence of connection points and collaboration opportunities across the industry’s stakeholders. The company advocates for a centralized hub as the paramount way to manage project information effectively, an ethos powerfully embodied in the new “contained web” logomark.

With this bold visual evolution, Newforma establishes itself as a leader in innovation, fostering collaboration in unprecedented ways. The industry, customers, partners, and stakeholders are invited to embark on this thrilling journey with Newforma as it continues to redefine the paradigms of connected project delivery.

For more information about Newforma Konekt and Newforma World, visit the all-new http://www.newforma.com.

About Newforma

Newforma provides Information Management and collaboration software for the Architecture, Engineering, Construction, and Owner/Operator (AECO) industry. We empower AECO firms by delivering technology solutions that drive better project outcomes at every stage of the construction project lifecycle, from design, to ribbon-cutting, and beyond. Over 500,000 users in more than 1,500 firms worldwide have streamlined their communication, simplified their administration, and enabled real-time collaboration, all thanks to Newforma’s platforms. Visit us at newforma.com.

Equipment360 was created to solve the industry’s most pressing equipment management and maintenance pain points while also enabling automated preventive maintenance. Equipment360 ensures all work orders, preventive maintenance requests, and time cards are tracked and submitted electronically with the correct associated cost codes, part requests, and checklists. This not only streamlines the maintenance and payroll process but provides fleet managers with an electronic ledger of truth and equips the field with a direct line of communication to the shop. Additionally, Equipment360 interfaces with HCSS Telematics— providing critical machine data and meter readings. This enables fleet managers to make informed decisions for fleet assets from a financial standpoint as well.

HCSS Telematics is a plug-and-play hardware and software solution with no need for professional installation. Telematics utilizes GPS devices integrated directly with the equipment offering a hardware-powered solution for fleet utilization and management. Telematics aggregates OEM equipment data and displays it on a single platform. This equips fleet and project managers with a comprehensive overhead view of real-time fleet data, enabling more informed business decisions and thereby improving safety, efficiency, and productivity. The aggregate data report includes data points such as equipment location status, individual equipment ROI, and more.

FuelerPlus is HCSS’ fuel-tracking software, helping fleet managers easily keep track of actual burn rates so businesses can set more accurate equipment rates. FuelerPlus helps track every drop of fuel that goes through a fleet to help eliminate shrinkage and make better decisions around recouping costs. All HCSS Fleet products offer full integration, down to fuel level readings. HCSS operates on a field-first model, ensuring pertinent reporting happens on the field, electronically. Anybody in the field can catalog an issue with a piece of equipment, and that information goes straight to the shop.

For more information about HCSS’ Fleet offerings, please visit: hcss.com/products/fleet-maintenance-software/#product-features

The enhanced interoperability between the Leica MC1 3D machine control solution and Caterpillar’s NGH sensors offers various benefits for construction professionals and operators. Unlike traditional solutions that require sensor replacements, this technical solution allows the Leica MC1 software to work in harmony with the existing Cat Grade 2D Assist system without any additional hardware modifications. It results in a more seamless and simplified installation, minimising downtime.  

Cat Grade 2D Assist in combination with Leica MC1 3D

While the Cat Grade 2D Assist system excels in accurate grading and levelling in two dimensions (horizontal plane), the Leica MC1 3D machine control system extends this functionality into the vertical plane. With 3D machine control, operators can now create, cut, and verify designs not only horizontally but also at various depths and slopes.

This capability ensures precise and efficient earthmoving and construction tasks, transforming grading and excavation. Complex grading tasks, such as shaping surfaces with varying slopes or creating intricate contours, can now be completed with unparalleled accuracy, reducing the need for costly rework.

Marcel Schleiss, owner of Schleiss AG in Switzerland, who has already benefited from this offer, shared his experience using the technology on the company’s latest earthwork project: “We have eagerly anticipated this new compatibility offer for some time. We are delighted to collaborate with top-notch suppliers of construction technology, as well as with the exceptionally supportive teams at both Leica Geosystems and the Cat dealer, Avesco.”

“As an excavator operator, I’ve experienced first-hand how the combination of Cat Grade 2D Assist and Leica MC1 3D machine control empowers us to deliver superior results.” said Fabian Stadelmann, excavator operator at Schleiss AG. “It not only optimises our productivity but also minimises material waste, ultimately contributing to more cost-effective and successful construction projects.” Leica Geosystems remain committed to pushing the boundaries of innovation and technology in the construction and earthmoving sector to increase interoperability, providing customers with cutting-edge solutions that enhance productivity, precision, and overall project success.

The Leica MC1 3D machine control system is available now through authorised Leica Geosystems dealers. Customers can inquire about minimum compatibility requirements for 3D machine control solutions for Caterpillar Next Gen 2D excavators at their local Cat dealer. 

Additional information on the Leica MC1 3D machine control solution and Cat NGH compatibility is available here.

BCMC is one of the premier trade shows for structural building component manufacturers and framers to learn about the latest ideas, products and trends, from all sectors of the industry. The event offers a platform for networking, knowledge sharing, and showcasing the latest innovations in building products and technologies.

“We are thrilled to be a part of the BCMC trade show this year,” said John Schottelkotte, Sales Manager of Barricade Building Products. “This event provides an excellent opportunity for us to connect with industry professionals, showcase our innovative solutions, and demonstrate our commitment to delivering high-quality building materials.”

Barricade Building Products’ experts will be available at the booth to provide personalized demonstrations and answer any questions attendees may have. Visitors can learn about the latest advancements in building materials, explore customized solutions for their specific needs, and discover how Barricade Building Products can help them achieve their construction goals.

Barricade Building Products looks forward to connecting with industry professionals, sharing knowledge, and forging new partnerships at the BCMC trade show. Don’t miss the opportunity to visit Booth #606 and learn more about the company’s innovative building materials and solutions.

For more information about Barricade and its extensive product portfolio, please visit www.BarricadeBP.com.

About INDEVCO North America
INDEVCO has operated for over 40 years in the US market, as Interstate Resources, Inc. through 2017 and presently as INDEVCO North America. Headquartered north of Richmond, Virginia, the protective materials manufacturing group produces Barricade® and Perma R® Building Products in Georgia, Mississippi, Tennessee, and Virginia. The distinct brands – serving different channels, end markets, and geographical territories – offer one of the most comprehensive building envelope product portfolios available in the US.

Barricade Building Products is a member of the INDEVCO North America, Inc. Building Products Division. Barricade is an INDEVCO North America brand.

INDEVCO North America plants also manufacture paper and plastic Packaging Solutions in South Carolina, Texas, and Virginia and manage recycling operations for reprocessed and biomass materials that create a circular economy. Member manufacturing plants serve a growing list of industries, including building and construction, beverage, chemical and petrochemical, food, industrial salt and minerals, lawn and garden, packaging converting, pet food, and transport.

The firm is now a member of the Sustainable Apparel Coalition (SAC) and the Textile Exchange. The SAC is a global, multi-stakeholder nonprofit alliance for the consumer goods industry. The Textile Exchange is a global non-profit organization that works closely with every sector involved in the fashion and textile supply chain.

The mission of SAC is to lead the industry toward a shared vision of sustainability, based on a joint, multi-stakeholder approach for measuring, improving and sharing performance.

“WSP’s inclusion in the SAC is an opportunity for us to continue to advocate for our apparel clients, but also to be part of forward-thinking conversations as new industry tools are developed, the path forward and how to expedite change and move towards a more just and carbon neutral industry,” said James Cooper, WSP project director of apparel and retail in the firm’s sustainability, energy and climate change (SECC) group.

The Textile Exchange’s goal is to guide the industry towards reducing greenhouse gas emissions from fiber and raw material production by 45 percent by 2030.

“The Textile Exchange looks at the fiber component of apparel and textile manufacturers, because fibers represent the bulk of the social and environment impact, working to amplify the voice of the industries’ supply chains, such as mills, spinners, farmers and so on,” Cooper said.

According to Bridget Bauman, WSP senior consultant in SECC, joining both organizations affirms WSP’s commitment towards industry collaboration to reach climate goals, such as reducing the carbon footprint of supply chains.

“These organizations are great at bringing together diverse stakeholders, from farmers and manufacturers, brands and retailers, to service providers like us, who are eager to work together to drive impact,” Bauman said. “It gives decision makers the tools and data they need to enact real change in their supply chains. Both organizations provide resources for understanding how to drive impact and reduce emissions and generate positive, collective impact.”

Moving forward, WSP will work as a member to support through collaboration with both organizations wherever possible.

“It is a privilege to harness our insight and ability to be an aggregator among our apparel and retail clients and add to their voice in support of their goals within the industry,” Cooper said.

About WSP USA
WSP USA is the U.S. operating company of WSP, one of the world’s leading engineering, environment and professional services firms. Recognized on Fast Company’s Brands that Matter List for 2022 as a top Community-Minded Business, WSP USA brings together engineers, planners, technical experts, strategic advisors and construction management professionals who are dedicated to collaborate in the best interests of serving local communities. WSP USA designs lasting solutions in the buildings, transportation, energy, water and environment markets. With more than 15,500 employees in 300 offices across the U.S., WSP partners with its clients to help communities prosper. wsp.com

BAC’s sustainable heat-rejection products for refrigeration include the CXVT Evaporative Condenser XE models, the Vertex Evaporative Condenser, and the TrilliumSeries Adiabatic Condenser. The design of these products significantly improves environmental lifetime operating impact by addressing factors such as energy usage, water and chemical usage, refrigerant impact, maintenance, and consumables. 

BAC has the most direct-drive EC systems in the market. These systems reduce energy usage by eliminating friction from belts and pulleys, and also eliminate efficiency degradation that can result from belt slippage and pulley wear. They also provide extremely high motor efficiency and part-load operation.

The materials of construction offered by BAC help reduce water and chemical usage. For example, Evertough Construction and the TriArmor® Corrosion Protection System basin allow customers to operate condensers with increased cycles of concentration, reducing water and chemical usage by up to 20%. Specifically, the smart basin design of Vertex Evaporative Condensers result in 30% less water operating volume, thus using less water and chemicals. Adiabatic technology also reduces water usage anywhere from 30% to 80%, due to its ability to only use water when necessary.

For medium applications with air-cooled systems that use synthetic refrigerant, customers can convert them to use natural refrigerants to have a positive environmental impact. In addition, BAC can assist with reducing maintenance and consumables with direct-drive fans that run for years without needing service. 

For more information on Baltimore Aircoil Company’s sustainable and cost-effective approaches to heat rejection, visit http://www.BaltimoreAircoil.com.

With over 80 years of industry-leading innovation and experience, BAC creates cutting-edge cooling equipment for the HVAC, Industrial, and Refrigeration marketplaces. We solve customers’ unique needs with our expertise and wide range of high-performance systems. BAC leverages the power of evaporative cooling by optimizing the balance of water and energy, but the true BAC difference lies in our absolute commitment to creating sustainable solutions and delivering value to our customers. For more information about Baltimore Aircoil Company, visit www.BaltimoreAircoil.com. 

The Johns Manville Technical Center in Littleton, Colorado – a world-class research and development facility – conducted the independent testing, which found that Prometheus Materials’ bio-concrete demonstrated a Noise Reduction Coefficient (NRC) of 0.60. This NRC rating indicates 60% sound absorption – twelve times that of traditional concrete.

Prometheus Materials’ initial pre-cast bio-concrete product line includes masonry units, segmented modular block and acoustic panels – where this exceptional sound-absorption characteristic will be an essential feature – as well as paving stones and grass pavers. These products are currently available strictly for select projects, with commercial availability slated for the first half of 2024.

Such unrivaled sound absorption is a cost-saving, environment-enhancing boon for various sectors. In settings where noise can be damaging or distracting, builders are often forced to rely on secondary products to achieve some measure of noise reduction. Beyond the added expense, these materials can sometimes have negative effects – including health risks. However, with Prometheus Materials’ bio-cement and bio-concrete products, such facilities can incorporate sound-absorption capabilities without additional cost, safety concerns or other drawbacks. Residential, commercial and institutional buildings, amphitheaters, music studios, highway barriers – and a vast array of other end-uses – will all benefit from this exceptional noise-reduction capability, while concurrently reducing their carbon footprint.

“Our latest ASTM testing results embody our commitment to innovative design,” said Loren Burnett, President, CEO & Co-founder of Prometheus Materials. “We’ve developed a novel material that provides a zero-carbon alternative to traditional concrete while delivering additional performance benefits and applications. We’re proud to pave the way toward a more technologically advanced and environmentally responsible future for the construction industry.”

Vishaan Chakrabarti, FAIA FRAIC – renowned architect, academic and business leader with focus on sustainable design; Founder and Creative Director of Practice for Architecture & Urbanism (PAU); and member of Prometheus Materials’ Board of Directors – was equally inspired. “Test results like these prove that Prometheus Materials has developed far more than zero-carbon concrete – which by itself is an enormous accomplishment,” he said. “With this level of sound absorption, as well as other characteristics currently being tested, it’s clear that this material will offer a suite of products based on entirely redefined ideas of what concrete can be and do.”

Prometheus Materials continues to lead the charge in sustainability and innovation within the building materials sector. With these ASTM C423 sound-absorption results joining its previously secured ASTM C129 and C90 certifications – plus other features of its bio-cement and bio-concrete that are comparable or superior to traditional concrete – the company is poised to drive the construction industry toward a more cutting-edge and sustainable future.

About Prometheus Materials

Prometheus Materials provides sustainable building materials that accelerate the world’s transition to a carbon-negative future. Inspired by biological processes found in nature, the company’s process uses microalgae to produce a bio-cement that offers an alternative to carbon-intensive portland cement. When mixed with aggregate, this bio-cement forms a zero-carbon bio-concrete with mechanical, physical and thermal properties that rival those of portland cement-based concrete. Learn more about how the company enables the decarbonization of the construction industry at prometheusmaterials.com.

Drone Show Software Release 4.2 and Firmware v. 4.2 includes significant advancements in synchronization capabilities, with the DSS Controller now perfectly aligned with GPS time. This precise synchronization allows drone show designers to synchronize color animation and music integrated into the Drone Show Software, enabling the launch of even more vibrant shows integrated into large-scale events that involve music, pyrotechnics, and more. Users will benefit from the Weather service tool in DSS Controller which includes a weather widget, providing real-time weather data for informed decision-making during the drone show preparation stage.

Enhancements have been made to the Smart Return to Home (RTH) functionality, optimizing the return flight path of drones and enhancing safety. In case of emergencies, the Smart RTH update significantly reduces the risk of losing a substantial portion of the fleet. With Smart RTH, in the event of an unforeseen situation, the fleet can be safely returned to the starting point with minimal losses.

SPH Engineering has also developed an integration with Finale 3D, one of the most popular software for pyrotechnics. Now, Pathviewer allows the import of Drone Show Software-based shows into Finale 3D format, enabling drone show designers to simulate how a drone show will look alongside fireworks show.

In addition to these notable features, Drone Show Software Release 4.2 offers various improvements. The accuracy of music synchronization has undergone a significant boost, achieving precise timings within a remarkable 10-millisecond range. The software now obtains precise GPS time directly from the RTK base station, improving accuracy. Furthermore, the software’s color animation cycle has been optimized, ensuring the correct display of variable blinking effects.

Drones now have the ability to display LED animations on the ground, empowering drone show designers with even more creative control. With path file optimization, the setup process is now up to 5 times faster than before. Now, existing PATH files can be imported back to Blender for use in more complex shows. The Blender plugin now has the ability to export UAV’s heading along with positions and colors.

With this release, SPH Engineering empowers drone show professionals to orchestrate mesmerizing drone shows with over 1500 drones, pushing the boundaries of scale and spectacle. The DSS Client has undergone significant improvements, including fixes and quality-of-life enhancements to streamline the operational process.

“We are thrilled to announce the release of Drone Show Software 4.2, showcasing remarkable advancements for our valued clients and customers. With each release, our top priority and mission are to continuously improve safety standards. We deeply care about our clients, and our ultimate mission is to empower everyone to create both safe and awe-inspiring shows. Drone Show Software 4.2 introduces a range of exciting features, including enhanced synchronization, weather services, LED animation capabilities, and more. By providing our partners and customers with these cutting-edge tools and technologies, we enable them to explore new dimensions of creativity and achieve unparalleled precision. We eagerly anticipate witnessing the extraordinary performances and innovative achievements that our esteemed partners and customers will accomplish with this exceptional release.” – Alexander Levandovskiy, Head of Drone Show Technologies at SPH Engineering.

SPH Engineering also introduces several exciting features and enhancements in the latest release of Drone Show Creator. Among these updates is the addition of the Path Files Export Functionality, enabling users to export path files for easier sharing and collaboration on drone show projects. SPH Engineering also presents mouse capturing functionality in the Color Editor. This enhancement provides a more intuitive and precise color selection experience, empowering users to achieve their desired visual effects with ease. By capturing mouse movements, users can now have greater control over color customization, resulting in stunning and visually striking drone shows.

Drone Show Technologies updates represent SPH Engineering’s commitment to pushing the boundaries of the drone show industry, offering unparalleled control, creativity, and safety to professionals.

Check out the video to see these incredible updates in action!

“Digital twins and enabling technologies are revolutionizing how we approach even the simplest of tasks, from managing the flow of stock in a warehouse to designing, deploying and maintaining a fleet of aircraft,” said Dan Isaacs, GM & CTO, DTC. “Digital twin systems accelerate digitization as they provide organizations the means to operate more efficiently, effectively and adhere to best practices and guidelines.”

The guide discusses the IT/OT infrastructure, virtual representation, service interfaces, applications, and mechanisms for synchronizing real-world data. The guide reviews commonly adopted technological approaches and standards and emphasizes the importance of security, trustworthiness, and governance.

“The Platform Stack Architectural Framework: An Introductory Guide answers fundamental questions such as “What are the critical constituent parts of a digital twin system?” and “What elements take a solution from being a great model or simulation to qualifying as a digital twin?” said Dr. David McKee, Entrepreneur and Portfolio CTO at Counterpoint Technologies, and Co-Chair of the Capabilities and Technology Working Group, DTC. “The guide also helps business leaders and developers understand how to design and architect digital twin systems with best practices for scalability, interoperability, and composability to realize their transformative value.”

The guide discusses five use cases of varying maturity levels with examples of how designers can use the architecture in practice. The use cases include buildings as batteries, emergency communication services, manufacturing quality control via remote operator, scope 3 carbon reporting emissions, and infectious disease management. Technology Readiness Levels (outlined in the guide) help designers understand the technical maturity of a system as it moves through the following stages:

• Technical modeling and simulation, starting with theoretical models and improving to being based on real-world data
• Digital twins as individual components based on actual data and validated in the real world through synchronization.
• Digital twin systems in production and operational environments, with system integration and clearly defined synchronization at a specified frequency

The guide is the first in a series of digital twin publications OMG consortia will publish in the coming months. For more information, please download the Platform Stack Architectural Framework: An Introductory Guide from the DTC website.

About Digital Twin Consortium

Digital Twin Consortium is The Authority of Digital Twin. It coalesces industry, government, and academia to drive consistency in vocabulary, architecture, security, and interoperability of digital twin technology. It advances digital twin technology in many industries, from Aerospace to natural resources. Digital Twin Consortium is a program of Object Management Group. For more information, visit https://www.digitaltwinconsortium.org.

Mickey | Contractor Direct will become the ultimate source for construction firms looking to source everything for their building project – from lumber and framing to doors and windows and beyond. Contractors and builders will be able to track their quotes and contracts, and buyers will get a real-time view into the status of their orders, shipments, and invoices – all through a portal powered by ‘Mickey OS,’ the company’s proprietary operating system that also powers leading lumber marketplace, MaterialsXchange.

“This is a natural extension of the business Mickey has built – from lumber and LBM to now providing full-scale, project ordering capabilities,” said Alex Rabens, CEO of Mickey. “We have been helping buyers source lumber and other wood materials since day one. Providing a resource for contractors to source their entire project’s needs – all in one place – will be a game changer for the industry.”

With the launch of Mickey | Contractor Direct, industry veteran Jeffrey Crouse will lead the new division as the Vice President of Trading.

Jeffrey Crouse has spent more than 20 years in domestic and international lumber wood trading, as well as panels, EWP, Trusses, and other multifamily building materials. Before joining Mickey, he served as a contractor direct lumber trader at IdaPac where he supplied wood products to customers nationwide. 

“What Mickey has built for MaterialsXchange has certainly changed the way many builders source lumber and other LBM products. The MaterialsXchange platform is a testament to the ingenuity and innovativeness of this industry,” said Jeffrey Crouse, Mickey’s Vice President of Trading. “We want to take it one step further by helping with the entire RFQ process. With Mickey’s new Contractor Direct division, we are building a tech-enabled portal where contractors can upload, manage, and view their material list and contracts as well as payments and live-tracking. Users can manage their projects’ material list – from budgets and financing to fulfillment and delivery.”

Mickey’s tech team built a powerful portal for construction firms to access details of their project’s material list, including product fulfillment, shipment details, and order finances. The new division is also working on automating an RFQ process – from bid creation to acceptance and fulfillment. Through this portal, project managers will be able to see their entire materials list, manage payments and invoices, get real-time tracking of their orders, and more. The portal will be available 24/7 for contractors to view – and Mickey plans to roll out a mobile app later in the year.  

Crouse continues, “We are striving to be leaders in the industry by providing complete transparency to our customers. The Mickey | Contractor Direct app will give users access to view all of the details of their order as well as track their finances and budgets for their material list. Customers will also gain greater insight into their order with regularly updated fulfillment statuses for the duration of their project.”

To learn more about Mickey’s new contractor’s direct division, or to schedule a demo, visit: www.mickey.io/contractor-direct. 

About Mickey:

Mickey is a technology company that builds e-commerce marketplaces and platforms for commodities and other wholesale products. Launched in 2019 – with an initial focus on forest products – the company built ‘Mickey OS,’ an operating system that can be integrated into a supplier’s website to handle all aspects of a commodity e-commerce transaction (including order and payment processing, inventory management, and logistics). In 2021, Mickey launched Mickey Energy, a natural gas trading division, and in 2022, the company merged with MaterialsXchange, a B2B e-commerce and digital marketplace for lumber building materials. Since its founding, Mickey has raised more than $10M. Learn more at http://www.Mickey.io.

In recent years, more driver assistance functions (i.e., automatic speed control, vehicle distance/white line detection) have been introduced as vehicles become progressively electronic and sophisticated. As such, the demand for RGB chip LEDs capable of expressing a range of colors to indicate operational status in instrument panels and meter clusters is rising. In addition, there is an increasing need to create a comfortable and luxurious cabin space with decorative lighting using RGB chip LEDs.

In response, ROHM has developed an RGB chip LED that further minimizes color variation by precisely controlling the luminous characteristics of the RGB elements and improving color mixing through in-house device technology.

Generally, developing RGB chip LEDs that emit light at the specified color requires precise control of the wavelength and brightness of the mounted red, green, and blue (RGB) elements individually and methods to enhance color-mixing capability. ROHM has minimized element color variation over general products by utilizing a vertically integrated production system from the element fabrication stage – one of ROHM’s strengths. At the same time, original element color mixing control technology reduces color variations caused by color mixing that tends to occur in RGB chip LEDs, resulting in accurate color expression required in automotive interiors. ROHM also supports detailed color matching tailored to user specifications with the chromaticity simulation system.

In the future, ROHM will continue to contribute to improving in-vehicle comfort and safety by developing industry-leading products optimized for automotive lighting through a quality-first approach.

Chromaticity Simulation System

The SMLVN6RGBFU sets adjustment coefficients for each chromaticity rank while providing calibration support to bring the color closer to the desired target. This new RGB chip LED and high-accuracy chromaticity simulation allows precise color matching.

Maris-Tech will also present a live demonstration of two of its customized AI-based solutions with cutting-edge, unique technology for HLS applications such as border and crowd surveillance, smart cities, and critical infrastructure security.

The Jupiter-AI is a low-latency streaming and YOLO-5-based AI (detection, classification, and tracking) solution for remote platforms, such as drones, unmanned aerial vehicles (“UAVs”), and robots using four cameras, including HDSI, analog and USB.

The Callisto platform, a next-generation 8K ultra-HD video and Hailo-8-based AI acceleration edge computing platform will demonstrate AOL’s AI application using several IP cameras, suitable for traffic control and safe city applications.

“We are excited to present and demonstrate our innovative products and their applications together with our partners, highlighting our successful cooperation with AOL and PEL and a testimony to Maris-Tech’s position in the global HLS market,” said Israel Bar, CEO Maris-Tech.

About Maris-Tech Ltd.

Maris-Tech is a B2B provider of video streaming and AI technology, founded by veterans of the Israel technology sector with extensive electrical engineering and imaging experience. Our products are designed to meet the growing demands of commercial and tactical applications, delivering high-performance, compact, low power and low latency solutions to companies worldwide, including leading electro-optical payload, RF datalink and unmanned platform manufacturers as well as defense, HLS, and communication companies. For more information, visit https://www.maris-tech.com.

“Today’s architectural firms are challenged with tightened project timelines, finding talented staff to execute on current projects, while at the same time focusing on innovation to win new projects and remain competitive,” says Bill Zavadil, president and chief operating officer, IMAGINiT Technologies. “Investing in a continuous learning solution like our ProductivityNOW solution, helps create a culture that embraces professional development ultimately attracting and retaining the brightest employees. In addition, our Clarity software increases efficiency and team output of tasks in Autodesk Revit, Autodesk BIM Collaborate Pro, and Autodesk Construction Cloud. Whether your teams are focused on ramping up summer interns on the latest CAD tools, or automating time consuming manual tasks so they can focus on more strategic work, stop by our booth to meet with our experts and learn more.”

IMAGINiT’s ProductivityNOW eLearning and Support platform is an easy way to give BIM and CAD teams reliable and consistent answers to urgent questions and to enhance their Autodesk software skills. Powered by the Pinnacle Series platform from Eagle Point Software, ProductivityNOW includes Autodesk learning content, hundreds of videos, user quizzes as well as content from ASCENT Center for Technical Knowledge, a division of Rand Worldwide. Firms can also upload their own content to the Platform such as workflows and standards to help ensure consistent design practices across the firm.

“We’re excited to work side by side at this year’s conference. It’s an extension of the work we’ve already done with IMAGINiT in helping to create a rock-solid foundation for ProductivityNOW powered by our Pinnacle Series Platform,” says Steve Biver, chief operating officer, Eagle Point Software. “Our long-term relationship continues to grow as we find opportunities together to help customers access the best learning content in the industry. We love seeing results when firms fully embrace learning initiatives to advance the productivity and professional development of their employees. When it comes to training and education, our two teams are ready to answer any question attendees throw at us.”

Kaynemaile’s new RE8 Architectural Mesh will deliver an ISCC PLUS certified sustainable share of up to 88% of its architectural product.  Moving Kaynemaile’s production away from traditional fossil-based materials to a bio-circular attributed polycarbonate will offer a reduction of the carbon footprint of the polymer material by up to 80%, cradle-to-gate, including biogenic uptake.

AIA Debut

RE8 Architectural Mesh is debuting at the American Institute of Architects (AIA) conference in San Francisco this week. Kaynemaile founder Kayne Horsham says, “We are excited to now offer architects, designers and constructors an architectural mesh product made from a single sustainable circular material that is not only beautiful and functional, but also has the best possible environmental credentials in its sector.”

The significant advance in sustainable performance is attributed to the Makrolon® RE product from Covestro, a leading global producer of advanced polymers. Makrolon® has been a consistent material solution for Kaynemaile for 20 years. Scientific advances by Covestro and its suppliers have enabled the release of a high-performance polycarbonate consisting principally of bio waste and residues which is 100% chemically identical to its incumbent fossil equivalent. RE8 retains the same performance concerning physical, mechanical, thermal, optical, fire retardant, and weathering properties as traditional polycarbonates.

Working with this bio-circular attributed polycarbonate material means Kaynemaile’s RE8 product lines now offer architectural specifiers a compelling reduction in CO2 emissions for this class of product. The net result is a circular economy building material with a true drop-in solution with no process interruption or performance change.

Circular Economy Milestone

“RE8 is a major milestone in Kaynemaile’s 20-year commitment to circular economy practices,” says Kayne Horsham. “From the start we have sought a high-performance sustainable feed-stock material solution that exceeds building compliance standards yet has a light environmental footprint. Covestro’ s bio-circular attributed polycarbonate portfolio is now able to deliver on this ambition.”

“Makrolon® RE polycarbonate from Covestro offers designers a sustainable material solution, while still maintaining the key benefits of traditional polycarbonate,” says Joel Matsco, Senior Marketing Manager, Covestro. “The polycarbonate material enables an unencumbered design experience and provides a second life to upstream waste and residues. We look forward to seeing RE8 from Kaynemaile on buildings and in spaces around the world.”

With Kaynemaile’s origins in the Armory department of The Lord of the Rings film trilogy some 20 years ago, the company has evolved into an international business built on its innovative nil-waste liquid-state manufacturing process coupled with a compelling design aesthetic and a team focused on providing bespoke functional design solutions at scale. Kaynemaile’s manufacturing facility is ISCC Plus certified and the introduction of its RE8 bio-circular material helps position architects, planners, and builders to meet regulated carbon reduction targets.

“RE8 is the most significant initiative by the company since its founding,” says Kayne Horsham. “We are proud to be at the forefront of this future proofing circular economy technology.”

“In 2022, four million harsh driving events were captured in HCSS Telematics,” says Phillip Robinson, Telematics Product Manager at HCSS. “The new dashcam can protect drivers from potential litigation and help clear their names from any wrongdoing. The dashcams also help companies comply with insurance policies, potentially providing discounts on insurance premiums.”

The HCSS ADPlus Fleet Dashcam is an advanced plug-n-play dash camera with a built-in Al processor to detect driving events like forward collision and improper driver behavior such as using mobile phone usage and distracted driving. Having a dashcam installed has been shown to help reduce unsafe driving behaviors, such as cell phone usage.

HCSS Dashcams will alert the driver in real-time of potentially unsafe behaviors, and upload events to HCSS Telematics to be reviewed by a fleet manager. Dashcams can also be used to verify complaints from the public regarding a driver’s behavior, providing the proof companies need to reduce false claims with recorded footage.

HCSS ADPlus Dashcam Features include:

• Road and cab-facing cameras
• Plug-n-play installation
• Built-in AI event detection
• Harsh driving detection with 6-axis g-sensor
• Real-time in-cab coaching
• Dual SD card storage with dual-stream recording (HD and SD recording)
• Live-view support
• Ultra-low power sleep mode (<0.1W)

Telematics devices like the HCSS Dashcam capture behavioral events to take precautions against driver errors such as hard acceleration, braking, and turning. The HCSS Telematics Fleet Safety Report compiles driver behavior information into an easy-to-understand report to facilitate driver coaching.

“Interested parties can fill out a form found here. Afterward, HCSS will create a custom demo tailored to the company’s needs to show how HCSS Telematics can help to protect fleet drivers immediately,” adds Robinson.

The iTwin Activate program supports startups in scoping and building industry relevant solutions by leveraging or interoperating with Bentley technology through program and co-development funding, solutions architecture support, and access to Bentley executives for commercial insights. Tom Kurke, Bentley’s Vice President of iTwin Ventures, said, “Our first cohort was a small, invitation-only group of four startups focused on the electric grid industry. We were excited to see the innovative solutions that the startups built incorporating our technology. The projects serve as powerful examples of new capabilities that arise from these collaborations, and in some cases we are already seeing our shared users benefit from these new tools and the efficiencies they unlock.”

iTwin Activate Cohort #1 – Grid supported four startups: Spatial Data.AI, Virtual Technology Simplified, Rebase Energy, and SurPlus Maps.

Spatial Data AI’s solution automates the processing of LiDAR data from point clouds into ready-to-use vector formats, including SPIDAcalc models and various other CAD formats. This project focused on building a connector to Bentley’s pole analysis solution (SPIDAcalc). Spatial Data founder Doug Culbert said, “Participating in the iTwin Activate program supported the automated development of a design-centric digital twin for electrical distribution and telecommunications companies. The outcome of this initiative advanced our technical solution and expanded our service offerings in these markets. Spatial Data would like to thank the Bentley team for this accelerator program and is excited to continue co-developing products and services, enabling digital transformations across the infrastructure sector.”

Virtual Technology Simplified (VTS) enables tablet and phone data capture of utility assets and developed a data mobility and visualization solution on the iTwin Platform. John Chwalibog, founder and CEO of VTS, said, “For us at VTS, two things particularly jumped out. One was that the VTS development team had access to Bentley’s team of SME’s who could help us identify problems and collaborate with us to find solutions to any technical issues that came up throughout the project. Second was the team of people that came together over the course of the cohort. They were able to address the challenges all startups face when going from startup to funded company. We would highly recommend the program to other startups in the geospatial community as the experience was extremely positive for the entire VTS team.”

iTwin Activate Cohort #2 will focus on solutions for Infrastructure Internet of Things (IIoT) use cases and is open for all interested parties to apply. Cory Baldwin, Bentley’s Vice President of Infrastructure IoT, described his goals for this cohort. “We are excited to work with startups in the IoT space and build technology and partnerships together to solve the needs of the infrastructure sector. We are particularly interested in working with teams focused on creating predictive analytics or deriving insights from the sensor data federated in the iTwin Platform, as well as those creating novel sensors or sensing technologies that can be brought into our digital twin ecosystem as part of a software-led motion.”

If you are a team building infrastructure IoT solutions and would like to be considered for participation in the iTwin Activate Cohort #2, we encourage you to apply at https://bentleyitwinventures.com/itwinactivate/. Applications will be open through June 16, 2023, and we anticipate notifying participants of their application status by June 23, 2023. We expect to announce iTwin Activate Cohort #3, focusing on generative artificial intelligence for infrastructure use cases, in summer of 2023.

For more information about the program, please visit, iTwin Activate.

The new Trimble X9 expands on the industry-proven Trimble X7, delivering longer range, higher accuracy, shorter scan times and exceptional sensitivity, improving scan results and boosting productivity. Advanced processing and a high-performance laser increase the sensitivity of all scans, positioning the X9 at the forefront for capturing difficult dark or reflective surfaces. A new center unit design improves signal transmission for better scan quality. With more efficient reality capture capabilities, the X9 broadens potential applications for customers in surveying, building construction, oil and gas, rail, forensics, monitoring, tunneling, mining and others. 

The X9 provides significant time savings with extremely accurate and dependable data, enabling confident decision making both in the field and in the office through in-field registration within Trimble Perspective and Trimble FieldLink by minimizing the need for target deployment. The auto-calibration eliminates the need for annual calibration, which lowers the cost of ownership, reduces downtime and significantly increases the users’ return on investment. In addition, the X9 also includes survey-grade self-leveling with the industry’s widest compensation range for fast, easy setup.  

Trimble X9 data can be delivered directly from Trimble Perspective or FieldLink software to Trimble’s office software, including Trimble Realworks 3D scanning software, Trimble Business Center office software, SketchUp and Tekla, or exported to industry-standard formats to produce application-specific deliverables. The Trimble ecosystem provides the software and flexibility to work the way scanning professionals want, so they can deliver what their customers need. 

“Our customers buy Trimble because they want reliability and performance,” said Jason Hayes, market manager, Reality Capture Solutions, Trimble Geospatial. “The Trimble X9 is simple to use, provides unsurpassed reliability, and excels at creating high-quality digital representations of the world for applications ranging from fast-paced building documentation to challenging outdoor surveys.” 

Availability 

The Trimble X9 is available now through Trimble’s Geospatial and Building Construction Field Solutions Distribution Partners. For more information, visit: geospatial.trimble.com/X9 or fieldtech.trimble.com/X9. 

Leica Geosystems’ Pegasus TRK portfolio is renowned for its simplicity and ease of use, lightweight robust design, and integration with intelligent, autonomous systems. The Pegasus TRK100 is even lighter and smaller, weighing just 14 kilogrammes, making it easy for one person to mount on any vehicle. The new mobile mapping system features the same modular hardware approach allowing users to add more cameras to expand the range of use cases.

The Pegasus TRK100 is designed to excel in GIS mapping and asset management applications, providing essential location intelligence for georeferenced visual data. Tailored for GIS professionals, it empowers them to transform their business operations. The system puts control into their hands for quick and autonomous data collection, and asset information capture.

With its advanced mapping capabilities, the Pegasus TRK100 enables GIS professionals to visualise and understand the location of assets, to help make the right decisions, improve asset management, and support infrastructure building and maintenance. The capabilities include MatchPoint for delivering next-generation point cloud refinement. This new technology combines artificial intelligence and a unique learning algorithm to enhance and optimise the clarity of points in post-processing for improved accuracy. The versatility of the Pegasus TRK100 suits a variety of applications in diverse industries, including telecommunications, utilities and road maintenance. 

“The Leica Pegasus TRK100 advances autonomy and artificial intelligence in mobile mapping, removing manual process steps and providing actionable insights for informed decisions,” said Christian Schäfer, Business Director Mobile Mapping at Leica Geosystems. “It empowers GIS professionals to create the maps they need, collect the information they require and visualise the data in a way that immediately aids understanding.”

This innovative solution will be a featured Tech Highlight at Hexagon’s flagship digital reality solutions conference HxGN Live Global in Las Vegas, NV, from June 12-15, 2023.

To find out more about the Pegasus TRK solution, visit: https://leica-geosystems.com/products/leica-pegasus-trk

• Test flight (LiDAR 200+ & P61 camera) in Montreux, Switzerland © TOPODRONE
• TOPODRONE LiDAR 200+ has successfully passed field tests and has been implemented in a test mode by two European customers. BDS Topografie conducted a surveying project in Romania to study a dam and mountain river with a very difficult terrain structure.

Atyges and Gonzalo Malvarez from the Coastal Environments research group of the Universidad Pablo de Olavide de Sevilla experimented with the combination of bathymetry, LiDAR and photogrammetry approaches to survey a reservoir in Spain.

“LIDAR 200+ is a brand new R&D of the TOPODRONE team. The field tests confirm a new level of accuracy and precision with an improved high performance GNSS based inertial navigation system. The compact design with a payload weight of 800 grams increases flight time and efficiency while the maximum flight altitude of 200 meters helps to perform the survey in difficult to access mountain and forest areas. The hardware is compatible with TOPODRONE Post Processing software”, Maxim Baklykov, TOPODRONE CEO, explains.

Journey to Project Intelligence 2023

Chief Executive Officer Javier A. Baldor shared that the company had first unveiled its vision for BST Global and the AEC industry two years ago at the inaugural “Journey to Project Intelligence” event. At that time, they envisioned a consumer-grade, smart and collaborative solution designed by project managers specifically for project managers. It would offer AEC firms an intuitive, project-based system infused with AI and machine learning for predictive insights. Since that event in 2021, BST Global’s vision has become a reality with the development of BST11 ERP, but the company didn’t stop there. Based on market feedback, BST Global expanded its vision to include offerings that complement other ERP systems like Deltek, Oracle and SAP. 

“We want to revolutionize the way projects and people are managed for the entire AEC industry,” Baldor said. “What we have designed and created is not only for BST Global clients leveraging our ERP platform, but for everyone across the industry, regardless of what ERP system they currently use.”

Baldor then unveiled the new suite of AI-powered project intelligence solutions:

• BST Insights: Like Waze GPS, but for projects, BST Insights tracks 35+ digital signals from current ERP data, and applies AI and machine learning to predict project outcomes with more than 95% accuracy. This lets project managers easily understand which factors are influencing their projects, and course-correct to positively impact profitability.
• Resource Management: Get out of spreadsheets and take team intelligence to the next level. BST Global’s resource management solution is powered by Audere, a smart solution designed for the modern workforce. Part of the BST Global family, Audere is a powerful SaaS tool that lets teams assign, balance and share work in an intuitive, collaborative experience. In the future, this solution will be used in conjunction with a firm’s existing ERP solution.  
• BST11 Work Management: Say “goodbye” to Excel and “hello” to BST11 Work Management, the world’s first consumer-grade project and resource management solution. This solution complements a firm’s current financial-based ERP investment with the power of BST Global’s work management solution for better project and resource optimization and outcomes.
• BST11 ERP: BST Global’s newest ERP is the industry’s first consumer-grade, project-driven and collaborative ERP solution. Firms can now gain a live 360° view of all aspects of their business — projects, people, performance and more — to guide project decisions.   

Chief Product Officer Debbie Preacher then took the stage to kick off the live demonstrations, saying “Today, our vision becomes reality — your reality. Today, we begin to revolutionize the way your project leaders and teams initiate, execute and manage their projects and resources going forward.”

Preacher and BST Global experts showed audiences how the day-to-day functions of project managers, people managers, project directors, team members, project accountants and their firms would be positively impacted by these new offerings. 

Some of the major product highlights featured during the robust live demos included:

• Simple, intuitive design that is easy to navigate
• Anytime availability, so teams can access work from anywhere and on any device
• Convenient team collaboration with project and resource visibility 
• Quick project setup and staffing capabilities 
• Accurate project outcome predictions 30 days in advance through AI and machine learning 
• Easy access to personalize the work experience with setting controls such as light and dark modes
• Advanced financial capabilities for ERP customers 

The new products will be available to firms starting July 14, 2023. Firms interested should secure their spot on the BST Global product “Trailblazer” list by preordering here. 

To read more about the “Journey to Project Intelligence 2023” event or to watch the full video recording, visit the recap page here. 

“Companies large and small, in markets around the world, are turning to 3D printing for faster, more flexible, more personalized, and more resilient and sustainable production,” said Didier Deltort, president of Personalization & 3D Printing, HP Inc. “It’s promising to see the development of so many game-changing 3D printed applications across automotive, consumer, healthcare, and industrial, but to disrupt industries, these parts must be manufactured at scale. To help our customers scale effectively and efficiently, HP remains laser focused on delivering industrial hardware, supplies, software, and services supporting the entirety of the digital production workflow from application design to final parts production.”

Automating Production Workflows

As customers scale, AM workflows become more complex. To help simplify these increasingly complex workflows, improve productivity and quality, and reduce costs, HP is introducing two new automation solutions for Multi Jet Fusion customers.

• HP Jet Fusion 3D Powder Handling Automation Solution: a pneumatically connected, closed-loop material processing system to minimize labor, provide cleaner, more efficient material flow, and enable quality control and operational traceability.
• HP Jet Fusion 3D Automation Accessory: designed for customers with high-volume production demands, provides automatic build unit exchange for two consecutive prints without requiring manual support. In addition to minimizing idle time between print jobs and reducing requirements for manual labor on nights or weekends, the Accessory is automation-ready for further integration into factory configurations with Autonomous Mobile Robots (AMRs).

To push the limits of workflow automation on the AM factory floor, HP is working closely with long-standing partner Siemens on a proof-of-concept demonstration. The concept features HP’s two new automation products integrated with Siemens Automation Hardware and industrial Software, for example Siemens SIMOVE for Autonomous Mobile Robots (AMR) in flexible Production Systems. The project is active in the Barcelona-based DFactory which is a hub for HP collaboration with partners and customers on R&D, application development, and production use cases.

Expanded Materials, Software, and Services

Along with its industrial 3D printing hardware, HP is developing or partnering on innovative materials, software, services, and post processing solutions. To enable a broad range of applications across industries, HP continues to work closely on materials development with partners including Arkema, BASF, Evonik, and Lubrizol. This includes general availability of the new ESTANE 3D M88A TPU, a flexible and highly durable material which enables complex geometries and lattice structures.

To help polymers and metals customers optimize part development and scale production, HP is offering a portfolio of software products within its HP Digital Production Suite and is collaborating with other software providers to integrate Factory IT and Manufacturing Execution System (MES) solutions. The HP Digital Production Suite now features expanded software products designed to help customers develop metals applications more quickly and easily. HP 3D Digital Sintering and HP 3D Process Development software each support the commercial Metal Jet S100 Solution.

• HP 3D Digital Sintering: AI-enhanced simulation of the sintering process provides feedback on the outcome of a sintered part and enables application engineers to pre-compensate the part geometry to improve the dimensional accuracy of the output. Helps reduce time, cost, and speed of final part production by eliminating the need for a build and test approach.
• HP 3D Process Development: democratizes process development and gives customers insight into the science of Metal Jet through access to open process parameters and build report. Provides ability to conduct guided experimentation to optimize applications.

To accelerate the path to production and reduce barriers to entry, HP Digital Production Services provides customers access to a variety of Professional and Financial Services. HP Professional Services includes support for design (DfAM), application development, and 3D printing factory set-up. HP Financial Services leverages partner programs to provide flexible financing and business models including leasing and subscription options.

HP is also collaborating across the post processing ecosystem to ensure customers have access to a broad range of alternatives from providers including AM Flow, AMT, DyeMansion, and Rösler Group AM Solutions.

Partner and Customer Momentum

To meet the growing demand for high-quality final parts production, HP continues to expand its DMN. More than 60 members around the world are providing high-quality manufacturing services and enabling OEMs to build their digital supply chain. The DMN includes the Digital Manufacturing Partners (DMPs) and Multi Jet Fusion Production Professionals.

HP DMPs are a select group of premiere parts service providers certified by HP through onsite assessment to ensure they are equipped to meet the highest standards for manufacturing expertise, part quality and reliability. HP has recently promoted Athena, Endeavor 3D, and The Technology House (TTH) to DMP. Endeavor 3D is expanding its HP-enabled manufacturing services in its factory in Douglasville, Georgia, adding HP’s Metal Jet S100 Solution to its existing fleet of HP Jet Fusion 5200 and 5420W systems.

“Adding HP’s Metal Jet capabilities to our manufacturing services enables us to provide more to our customers,” stated Phil Arnold, CEO, Endeavor 3D. “Top-down, our expert engineering team believes that this technology will help manufacturers reshore production and we are excited to be a major player in that supply chain.”

To learn more about HP’s DMN visit www.hp.com/go/DigitalManufacturingNetwork.

HP at Rapid+TCT

Visit HP Booth 4618 to learn more about HP’s new solutions, services, software, and materials, and see the latest production applications. HP will also participate in several thought leadership panels at the event, including:

• ‘How to scale your AM operations’ featuring Duygu Gunay, product manager, HP Personalization & 3D Printing, on Wednesday, May 3 at 10:15 a.m. CDT in Room W474B.
• ‘Communicating More than Just Geometry for Additive Manufacturing with 3MF’ featuring Arvind Rangarajan, global head of software and data, HP Personalization and 3D Printing, on Thursday, May 4 at 11:00 a.m. CDT on the McCormick Place – West Building main stage.

Procore Technologies (NYSE: PCOR), America’s largest construction management platform, announced a new integration with Plans4Less, the premiere blueprint platform for ordering and shipping plans nationwide. The new integration provides the Procore user with the ability to use Plans4Less, via the new Plans4Less App, to order and ship hard copy blueprints through an embedded experience within their Procore account. 

“This is a very meaningful announcement for Plans4Less,” says Brian Burke, CEO and Founder of Plans4Less. “There are over 250 Apps listed in the Procore App Marketplace and our newly launched Plans4Less App is the only hard copy Blueprint App available to every one of Procore’s 10,000+ customers. That is a powerful statement for us.”

Burke continues, “Our integration allows access to Plans4Less using your Procore login credentials with a single sign-in. Procore connects all stakeholders across the entire construction lifecycle. This helps everyone work more efficiently, communicate better, and build faster by creating a single dependable information source.”

Burke goes on to explain other added-values to users of this new integration: “With this new relationship with Procore we are providing Plans4Less users with a smoother, more seamless, time-saving process. “Simply put, that is more speed and more ease when ordering and shipping plans.”

Procore users can find the Plans4Less App by searching under “Plans” or “Blueprints” in the Procore App Marketplace. “To take advantage of the new full API integration with Procore, the only requirements are an active Procore account with Admin rights and downloading the Plans4Less App from the Procore App Marketplace,” says Burke.

APIs (Application Programming Interfaces) make possible today’s electronic communications that enable instant sharing and help expand our interconnected world. Plans4Less is a pioneer and industry leader providing a seamless software platform to Commercial GC’s and Subcontractors for ordering and shipping hard copy, large format blueprints anywhere in the U.S. Cloud-based construction management software allows teams of construction companies, property owners, project managers, contractors, and partners to collaborate on construction projects and share access to documents, planning systems and data, using an internet-connected device.

“Data Security and general Risk Mitigation are paramount in a customer relationship in this digital world”, says Burke. “Now having the user experience within a fully embedded Procore API, the Procore security ecosystem, is a game-changer for Plans4Less and our users. The data is secure, safe and reliable.”

Burke says this new partnership is in keeping with his goals of using tools to help manage risk, grow profits, and ensure data is secure while driving productivity and performance: “If you are adding your current Reprographics company into the project directory, then your data is not secure. Our embedded App solves that. Join the 40 other general contractors that have already added the Plans4Less App into their systems.”

Examples of Plans4Less pricing:

Full size B&W plans 24 x 36, 30 x 42 and 36 x 48 — $ 1.50 each.

Plans4Less Annual Prime Membership entitles the client to Unlimited FREE Ground Shipping for $95.00 per year (no minimum size order).

Shunt resistors have been used in power modules for industrial equipment for some time. Similarly in the automotive sector, the number of thin double-sided cooled power modules adopted in the main inverters of xEVs is rising, demanding incorporate power device chips (IGBTs and SiC MOSFETs) and shunt resistors to decrease housing size.

Conventional metal plate shunt resistors reduce the cooling efficiency of power devices due to their relatively high profile. But decreasing height has proven difficult, as it is necessary to prototype and evaluate a variety of welding materials in different configurations. ROHM is able to take advantage of its strengths in manufacturing and design to create small-lot prototypes in a range of welding materials and patterns. This flexible development capability tailored to market needs makes it possible to develop the thinnest power shunt resistors on the market.

The PSR350 utilizes ROHM’s vertically integrated production system, together with material and process optimization, to achieve a thickness of just 0.03-inch (0.85mm), about half that of conventional products in the 12W class. The same technology is used to develop the smallest size (0.25-inch × 0.25-inch / 64mm × 64mm) 15W rated shunt resistor in the industry (PSR330). This decreases size by about 65% compared to conventional products in the same class, helping to reduce mounting area in a wide range of high-power applications. At the same time, the PSR100 will be available in a 0.2mΩ model that extends the lower limit from the existing 0.3mΩ to enable detection of even higher currents.

Going forward, ROHM will continue to contribute to the miniaturization and energy saving of high-power applications by improving the performance of its broad family of metal plate shunt resistors.

PSR Series

ROHM’s PSR series covering the high-power range is increasingly being adopted in automotive and industrial equipment applications. Traditionally, there has been a trade-off relationship between rated power and size in resistors, making it difficult to achieve both at the same time. However, ROHM’s vertically integrated production system allows for a quick development cycle through small-lot prototyping. Optimizing material selection along with the manufacturing process achieves high rated power in a compact size while also reducing the temperature coefficient of resistance compared to general products at the same rated power. This contributes to greater miniaturization and improved reliability in a variety of applications.

Application Examples

These new products are suitable for high current sensing in applications equipped with motors and/or li-ion batteries.

• Automotive: Electronic power steering (EPS), electric compressors, main inverters, on-board chargers (OBC), DC-DC, battery management system (BMS)
• Industrial Equipment: Power modules, power tools, PV inverters, server power supplies, uninterruptible power supplies (UPS), base station power supplies
• Consumer Devices: Home appliances (e.g., air conditioners, refrigerators, vacuum cleaners, washing machines)

Product Pages

Users can now search by series or resistance value and purchase samples on ROHM’s product pages: https://www.rohm.com/products/resistors

[1] ROHM study, April 2023

The Builders website is targeted to middle and high school students, educators, counselors, colleges and universities, and industry professionals nationwide. TAP’s goal is to help build the next generation of construction workers and managers, connecting classroom science and technology with meaningful career paths that are critical to society. The site features videos of young construction professionals at their jobs; information on how to get started and training opportunities; and how current and emerging technology is being integrated into construction industry operations.

The basis for the site is the highly touted book, Those Amazing Builders, produced by Trilogy Publications LLC, with over 25,000 copies nationwide. Trilogy has donated the books and the copyright of Those Amazing Builders to TAP. States Rose Reichman, Executive Director of TAP, “The web version of Those Amazing Builders makes the content universally accessible. It also allows us to easily update and adapt the material in response to teacher and student feedback.”

Early feedback has been overwhelmingly positive, with key industry players excited about the site’s potential to present construction as a highly desirable career option. “Not every student follows the same path,” says Reichman, “and construction offers incredible avenues for non-traditional learners and kids whose talents tend toward using their hands and minds in bringing some amazing plans to life.”

Trimble solutions are helping connect and modernize all aspects of the design, build, operate and maintenance phases of construction projects worldwide. With the passage of the Bipartisan Infrastructure Law in the U.S. and increased infrastructure investment globally, project owners are relying on Trimble’s advanced solutions to deliver safe and sustainable highways, roads, bridges and other infrastructure projects while making optimal use of taxpayer dollars.

• Trimble will showcase the following solutions at the Celebration of Construction festival: 
• Trimble® Earthworks advanced GNSS-based grade control technology
• Autonomous scanning with Spot the robot and the Trimble X7 3D laser scanner
• Trimble SketchUp, the premier 3D design software for architecture, interior design and construction
• Mixed and augmented reality solutions, including Trimble SiteVision and the Trimble XR10 with Microsoft HoloLens2
• Trimble AgileAssets asset lifecycle management software tailored specifically for asset owners such as DOTs

“Advanced Digital Construction Management equipment and technology are put to use every single day on construction projects around the world, and the Celebration of Construction event is a great way for the industry to come together and demonstrate our impact and innovation to elected officials and the public,” said Cyndee Hoagland, senior vice president of owner and public sector at Trimble. “We’re excited to join our peers to help inform the public who are using our roads, bridges, and public transit systems every day about construction technology right in the heart of the nation’s capital.”

Visit the AEM website for more information about the event.

A comprehensive construction management platform, instilled with extensive construction industry expertise, is increasingly viewed as a superior alternative to multiple point solutions loosely strung together into a web of technologies that are difficult to maintain. By connecting end-to-end business processes from estimating to budgeting, from contract management to change management, and from document control to turn-over, owners, contractors and engineers can deliver smart capital projects that swiftly react to changes, with unprecedented collaboration and visibility across stakeholders.

The new innovations include a significant expansion of InEight Explore – live digital dashboards that provide full-spectrum visibility into project progress, costs and schedules, and changes and risks across entire projects and portfolios. Because the InEight dashboards are powered by embedded Microsoft Power BI, teams can easily define their own project specific KPIs, metrics and dashboards, with no database or programming knowledge required. This unique, self-service approach to dashboards and project analytics is a key ingredient in the elevated visibility and collaboration enabled through the InEight platform.

This window into current project information also extends to completed projects, providing new opportunities to benchmark and validate project plans using historical data. Indeed, InEight’s connected data approach lays the foundation for construction organizations to create an immensely valuable knowledge library that can be used to “train” AI models to augment human intelligence. InEight can already use AI to create new project schedules and make suggestions, with future uses of AI planned for numerous workflows cutting across scope, cost, and schedule.

Brad Barth, Chief Product Officer at InEight, said: “We’re seeing greater pressure on capital project budgets and timelines, and that’s leading to an increasing need for more accurate, risk adjusted project plans, and more efficient performance. InEight is heavily invested in solving these challenges, with a connected project controls platform that removes friction from workflows, and helps all stakeholders see the bigger picture to drive more predictable project outcomes.”

“We believe SimSolid Cloud has the potential to dramatically accelerate and simplify the daily work of finite element structural analysis users in all markets,” said James R. Scapa, founder and chief executive officer, Altair. “Anyone using conventional finite element tools will be left behind if they do not embrace this technology soon.”

With SimSolid Cloud, there is no need for software installation or extensive computing resources; users get fast, accurate results for seamless collaboration. In addition to eliminating the most time-consuming tasks of geometry preparation and meshing, SimSolid Cloud also offers structural linear and nonlinear static, modal vibration, and thermal stress analyses that users can perform within their preferred web browser. Some of SimSolid Cloud’s key features include:

• Mesh-free technology and full-fidelity CAD simulation
• Comprehensive physics support
• Adaptive solver technology
• Automated model connections
• Results in seconds 
• Intuitive, user-friendly interface
• Extensive material library

SimSolid Cloud is also beneficial for design engineers working on complex projects across various industries, engineering analysts and consultants who want to handle complex geometries and conditions, and more. It is great for users in all industries, especially those in industrial machinery, tooling and equipment manufacturing, heavy equipment, consumer products, and architecture, engineering, and construction (AEC). 

SimSolid Cloud is available via Altair One, Altair’s cloud innovation gateway that offers collaborative access to simulation and data analytics technology alongside scalable high-performance computing and cloud resources – all in one place. SimSolid Cloud includes a flexible subscription option, making advanced engineering capabilities available to all, and is particularly ideal for independent professionals and small- and medium-sized businesses looking to optimize their design and engineering processes without needing to make significant investments in hardware or software maintenance. 

To learn more about Altair SimSolid, visit https://altair.com/simsolid or click here to register for a free trial.

Since bringing their manufacturing and fabrication expertise to the United States, Wagners CFT has created composite fiber materials for the construction of multiple different structures, including:

• Docks & piers
• Fender systems
• Pedestrian bridges & similar pedestrian walkways
• Boardwalks
• Viewing platforms

Wagners’ composite fiber materials are created through a process called pultrusion, which involves the utilization — or “pulling” — of raw materials such as glass and resin through a heated die. This manufacturing process is designed to create a continuous composite profile and results in the creation of fiber-reinforced polymer (FRP) sections, which are also known as composites.

Such composite fiber materials, created with the addition of Wagners CFT’s manufacturing and fabrication expertise, make for exceptional construction materials for pedestrian and marine structures. Due to the lightweight nature of these products, transportation and installation are incredibly easy. Each product is also resistant to corrosion, rotting, rusting, and acid sulfate soils, boasting a 100-year lifespan and requiring very little regular maintenance. Structure projects utilizing composites also possess other unique features, such as:

• Lightweight – 20% the weight of steel, 40% that of treated timber
• Extremely high strength to weight ratio
• Chemically inert
• Environmentally stable, extremely low coefficient of thermal expansion
• Does not rust or rot
• Non-conductive
• Quick and easy installation

Wagners CFT’s composite fiber products are the ideal solution for the construction of marine and pedestrian structures. Their products can be designed in accordance with maritime structure specifications and can incorporate disability requirements, depending on what individual contractors require for their structures. Utilizing their composites for erecting docks, piers, fender systems, and pedestrian bridges allows for the protection of natural flora and fauna and the creation of moisture-resistant walkways. Wagners CFT products have been previously used in the construction of several structures, including (but are not limited to):

• A pedestrian bridge in Big Sur, California, utilizing innovative installation methods and timber decking.
• A single-span pedestrian bridge within the Kejimkujik National Park in Nova Scotia, Canada.
• A chemically inert and UV-resistant boardwalk with two separate viewing platforms in Ocala, Florida.
• An FRP pier in San Angelo, Texas, that is currently undergoing installation.
• A girder bridge with stacked 4×10 RHS mudsills in Santa Cruz, California.
• A boardwalk in Union Valley, California, that is currently undergoing installation.

Learn more about the other applications of Wagners CFT’s materials at wagnerscft.com.

“As a long-time supporter of the SDSIC community, this event is a great opportunity to reconnect with customers and partners and listen to challenges facing the energy and utility sector,” says Bill Zavadil, president and chief operating officer Rand Worldwide, the parent company of IMAGINiT and ASCENT. “Participating in conferences like this allows us to deepen our expertise and knowledge to better support the long-term success of our customers. We are excited to have five speakers who will share lessons learned from projects we have delivered with leading players in the utility and energy sector. Our deep expertise with Autodesk software and our ability to craft custom enterprise solutions, makes us uniquely poised to help utility companies achieve their substation design initiatives.”  

Recently named Spatial Business Systems’ (SBS) principal training partner, IMAGINiT’s energy and utilities professionals bring a comprehensive array of utility modernization services including technical consulting for substation design implementations as well as data and document management, asset management, 3D scanning solutions and CFD and FEA simulation. To support sustainable long-term success for utility customers, ASCENT integrates custom courseware development and workflow documentation with training, eLearning and support to facilitate widespread adoption of new technologies and processes.  

Five Educational Sessions 

IMAGINiT and ASCENT experts will share best practices from a range of large-scale consulting and training engagements during the following sessions:  

Autodesk Vault Gateway – A Welcomed Solution for Engineering Service Provider Data Exchange and Collaboration 

Dominic Cheff, an experienced project management engineer with more than 25 years of industry experience will cover Vault Gateway which allows VPN-less access to Vault data behind the firewall.  This provides a method for contractors to work directly with source data that meets the security of the most stringent enterprise security models. This session explains considerations for implementing Vault Gateway, the benefits, the challenges, and future opportunities it presents.  

Autodesk Construction Cloud – Capturing Field Data Photos and Forms 

Scott Wolslager oversees the engagement engineering team at IMAGINiT and has almost 30 years helping companies identify and implement technologies that improve efficiency and operations. His presentation will focus on how Utilities can use photos and forms in the Autodesk Construction Cloud to capture, store and share data.   

Working with Substation Design Suite  

In his second session, Mr. Wolslager will cover the key components of this powerful software platform including how to extract assets from a model, progress tracking, customizing asset management workflows, tracking critical asset milestones and more. 

Grading Optimization 

Richard Morrow, an engagement engineer at IMAGINiT with over 20 years of civil engineering experience, will show attendees how to save both time and energy when identifying grading objects on a substation site. Mr. Morrow will also demonstrate how to reduce costs by identifying challenges earlier in the grading process, minimizing material waste and optimizing earthwork volumes. 

Supporting Substation Design Teams with Learning and Documentation 

Jennifer MacMillan, ASCENT’s Instructional Design Projects Manager, an Autodesk Certified Professional, and an Autodesk Certified Instructor with over 20 years of developing CAD courseware, will show how workflow documentation and a strategy that embraces continuous learning helps substation design teams more effectively adopt solutions such as those from Spatial Business Systems or Autodesk.  

Our experts will be on hand to talk about how our comprehensive and integrated service offerings help utilities achieve efficient and effective adoption of advanced technologies to optimize substation modernization success. If you are not attending the show, you can reach us via phone at 1-800-356-9050.

The R3 launch is the latest effort for ROCK Robotic to offer a user-friendly, end-to-end LiDAR solution.

Inside the new ROCK R3, you’ll find cutting-edge technology, including a geodetic-grade GNSS receiver and tactical-grade IMU. The R3 PRO comes equipped with a Hesai Pandar XT32 sensor, while the lower pricepoint R3 utilizes the Hesai Pandar XT16 sensor. The R3 includes a detachable 26MP camera for high-resolution RGB image capture. The sleekly designed R3 weighs only 1.26 kg (2.77 lb) compared to the previous ROCK 360 system’s 1.70 kg (3.74 lb). In addition, the R3 offers optional advanced SLAM capabilities for mapping on the ground, as well as in areas with weak GNSS signals.

ROCK Robotic CEO Harrison Knoll is enthusiastic about offering the R3 to customers. “The ROCK R3 PRO is a major step forward for ROCK Robotic,” Knoll stated. “It offers better accuracy, better SLAM, a better camera, a lighter payload — basically a better product all around. Not only will our current customers love it, but we’re confident that the R3 will attract new customers who want a great hardware product along with our great software and support.”

The R3 LiDAR system will integrate into ROCK Robotic’s comprehensive LiDAR approach. “We want surveyors and mapping professionals to have the simplest workflow while getting the best results and deliverables,” Knoll expressed. “From the time you’re out in the field flying your drone to when you send deliverables to your client, ROCK makes it as easy as possible to make it happen. With the recently released ROCK Desktop software, R3 system and ROCK Cloud post-processing software, we’ve got all the bases covered. ROCK is definitely stepping up as a major player in the LiDAR arena.”

For more information on the ROCK R3 and R3 PRO, visit www.rockr3pro.com.

Wrekin’s SX Composite 3030 consists of a nonwoven geotextile thermally bonded to their existing SX geogrid. Developed with contractor feedback in mind – it combines the functions of reinforcement, separation and filtration into one single product, rather than having to use two separate solutions. 

The solution will help save time when acquiring materials and achieve quicker installations, thanks to the multi purpose product performing as both a geogrid and a geotextile solution combined. 

David Fisher, commercial and technical manager of the geosynthetic division at Wrekin Products, said: “Our aim is and always has been to make our customers’ lives easier, and this product is no less an extension of that ethos. The new composite geogrid combines our filtration technologies with reinforcement measures to provide a single solution to both requirements in one fell swoop. 

“We recognised from the conversations we are having with contractors that there is clear demand for this solution and the benefits it brings. Now, time is saved during both the acquisition and installation process. While this may only be a small adjustment to the process, when you’re laying hundreds of square metres down in one go it really adds up. 

“By incorporating multiple uses into one offering, that’s one less thing contractors now have to worry about, and an added benefit for merchant teams when recommending solutions.” 

The SX Composite 3030 has been designed with housing, infrastructure, renewable energy and rail projects in mind. Its versatility is demonstrated through a variety of applications, including on haul roads, compounds, working platforms and permanent roads. 

David continued: “Like all our products, the composite geogrid has been developed using premium and high-quality materials to ensure that even after being subjected to harsh abrasions, it will stand the test of time and remain strong. 

“Products which don’t meet our high standards always come with the risk of creating issues that may delay or even halt construction. This almost always ends up becoming more costly for the client. Our products have been tried and tested, and it’s this peace of mind that is hard to put a price on.” 

Later this year, Wrekin aims to add to the new range of composite geogrids with the higher strength SX Composite 4040.  

For more information on the SX Composite 3030 visit https://www.wrekinproducts.com/products/geosynthetics/geocomposites/sx-composite-geogrid  

To learn more about Wrekin Products visit www.wrekinproducts.com/  

SWIR is characterized by a longer wavelength than near-infrared (NIR), providing greater permeability through different materials while being less susceptible to sunlight, smoke, and other particulate matter. As such, this technology is expected to expand the range of sensing substances such as water/gas and glucose. On the other hand, until now most SWIR devices have been through-hole package types for relatively large applications, such as communication equipment and industrial analyzers. Therefore, there are very few surface mount products available on the market suitable for compact applications.

As SWIR is used to detect the presence of substances and their constituent components by taking advantage of characteristics of water, ice, gases, etc., that absorb specific wavelengths, target applications include light sources for blood oxygen saturation and blood glucose measurement devices in the medical field and measuring the water and sugar content of fruits and vegetables in the food industry. Adoption is also anticipated in sensing applications through OLED panels in portable devices, and wearables devices to add health monitoring and other novel functions.

In response, ROHM has established mass production technology for compact 1608-size surface mount SWIR products (light emitting/receiving) by leveraging manufacturing technology cultivated through the mass production of compound semiconductors, such as visible and near-infrared LEDs. For the light emitting side, a lineup of ten LEDs is planned in varying package shapes (molded/lens) and wavelengths (1050nm to 1550nm). And on the light receiving side, four photodiode models will be offered in different packages (1608-size / 20125-size (2.0mm × >1.25mm)) and photodetector block sizes.

Samples of SWIR products (light emitters/receivers) based on this technology are available now. Going forward, ROHM will pursue new areas for sensing by supporting a wider range of material detection in compact applications.

SWIR Devices
SWIR devices (light emitters/receivers) are now available in a class-leading compact surface mount package. The combination of small light receiving and emitting products contributes not only to space savings by reducing mounting area, but also opens up new possibilities for sensing in compact applications.

• SWIR LED (Light Emitting Side): SWIL LEDs will be offered in five wavelengths (1050nm, 1200nm, 1300nm, 1450nm, and 1550nm) to match the characteristics of different materials, and two types of surface mount packages – a general molded type and a lens variant featuring a narrower emission directivity along with higher radiation intensity. This will bring the total to ten models in various combinations, contributing to a wide range of material detection, including the presence and constituent analysis of substances such as water, gases, and glucose.
• SWIR Photodiode (Light Receiving Side): SWIR photodiodes are characterized by a trade-off relationship in which the smaller the light detection area the faster the response speed, but a larger area provides greater sensitivity. For this reason, ROHM plans to offer four models in two light receiving diameter sizes and two package types. This will make it possible to select the ideal product based on application requirements, such the need for faster response or sensing in low light environments.

Target Applications

• Sensing through OLED panels in portable devices
• Health monitoring via wearables/hearables
• Various inspection equipment, such as pharmaceutical analysis and testing the moisture content of food/ the human body

[1] ROHM study, April 2023

The new quality-control tool for road construction will enable crews to verify pavement quality as they build asphalt roads rather than waiting until after construction and using core samples to determine density of asphalt.

“Being able to detect pavement density during construction can save construction companies millions of dollars in labor, materials and time and improve the overall quality of roadways,” Professor Sesh Commuri of the University of Nevada, Reno – who developed the device, said.

The device, named RTDensity, is based on the Retrofit Intelligent Compaction Analyzer previously developed by Commuri in the University’s Electrical and Biomedical Engineering Department. It is manufactured by G4 Technologies, a subsidiary of the California-based construction company George Reed International, known as GRI.

RTDensity is a stand-alone device that can be installed on any vibratory compacter, such as a road roller used to compact freshly laid asphalt. The roller operator uses the device as the road is being built to determine the road density – a key factor that determines the performance and longevity of the road.

Commuri said the device solves a problem in the road-construction process: quality assurance is now done after construction, with core samples cut out of the road and analyzed. If the core samples do not meet the required density specifications, then the contractor’s payment is reduced. In some cases, the entire road may have to be rebuilt.

A well-designed and constructed pavement is designed to last many years. However, poor construction quality due to inadequate quality control tools is a leading cause of premature failure such as potholes, ruts and cracks.

He said that the equipment will benefit the road construction industry by

• providing continuous measurement of density and stiffness of the road during compaction and help the roller operator avoid over- or under-compaction of the asphalt pavement,
• providing complete documentation of compaction quality for hot mix asphalt pavements that can be verified through in-situ testing,
• helping to improve productivity and efficiency while reducing operational costs, and
• providing information that can be used to plan remedial actions to improve the overall quality of the pavement structure.

For years Commuri has been interested in intelligent compaction — a compaction process that uses rollers (for compacting soil and asphalt) outfitted with an integrated measurement system that includes a Global Positioning System, an accelerometer (an instrument that detects and measures vibrations), and computer and temperature sensors – to estimate the stiffness of materials being compacted.

He developed a neural network-based compaction analyzer that uses computer algorithms to estimate the density of asphalt. After joining the University of Nevada, Reno in 2016, he began working with GRI to develop what would become RICA, which is based on machine learning techniques and is more efficient and simpler to implement than the older technology.

Garrett Winkelmaier, a technology development manager at G4 Technologies and former student of Commuri’s, has worked with Commuri to build the latest software application and system of sensors as well as testing and validating the new technology.

“I believe that RTDensity has the potential to change the way that quality control is handled throughout the industry,” Dr. Winkelmaier said. “Current quality control methods are destructive to the construction process, only offer a snapshot of the road at random intervals and results often come back a day or two later when it is impossible to make changes in the construction.

“RTDensity, on the other hand, gives roller operators real-time information about the quality of the construction and can generate a report for the densities over the entire road. In general, intelligent compaction has been sought-after by this industry for over six decades, and RTDensity is the first product that addressing this need and can be purchased ‘off the shelf’ and retrofit to any steel drum roller already being used at construction sites.”

The device debuted in March at the ConExpo-Con/Agg in Las Vegas, one of the largest construction trade shows in North America. It should be available commercially in July or August of this year, according to Phil Reader, technical services manager at GRI.

“We are very proud of Dr. Commuri’s contribution to industry,” College of Engineering Dean Erick Jones said. “Engineering is all about applying scientific knowledge to solve real-world problems and improve lives.”

This solution is part of Trimble’s comprehensive asset lifecycle management platform designed and built for asset owners, public infrastructure stewards and their business partners to connect data and capabilities across all phases of their collaboration–-from planning and design teams to asset managers and field crews that keep each asset working throughout a service life that can last for decades.

“Utilities must continually manage the polarity between aging assets and new construction to find effective solutions that prioritize ongoing operations, maintenance and development,” said Tim Gallagher, general manager, Utilities Division at Trimble. “Trimble Unity AMS addresses the unique and specific needs of the industry by providing a solution that helps utilities deliver reliable and resilient energy while improving productivity and reducing costs.”

Today’s electric utilities face environmental challenges such as grid and load disruption caused by extreme weather events and the accelerating deployment of renewable energy resources. Plus, utilities must manage aging infrastructure, an aging workforce, cybersecurity threats, and regulatory pressures. All of these challenges–compounded by organizational complexity, inefficient processes, and data silos—often prevent utilities from cost-effectively managing their networks to provide reliable service in an efficient, sustainable, cost-effective way. Configured with GIS-centric electric utility workflows, Trimble Unity AMS addresses these operational challenges by digitizing and streamlining field-to-office-to-field operations—all from a single mobile-enabled platform. The solution comes with Trimble Unity mobile software, which means field crews who once relied on cumbersome clipboard-and-paper processes can now perform their day-to-day tasks more simply and efficiently—and with better accuracy—using a mobile device.

Trimble Unity AMS is built on Esri ArcGIS® as the system of record for utility network information, which provides a centralized source of up-to-date data that multiple teams use for decision-making and operations. This built-in integration helps utilities reduce their operational costs by minimizing handoffs and streamlining workflows between teams—all while ensuring data remains consistent, reliable, and transparent.

“Using the data collected in Trimble Unity AMS, team members can perform risk assessments, make better-informed asset investment decisions, and meet regulatory reporting requirements,” said Rami Naber, strategic product manager, Utility Solutions at Trimble. “In addition, Trimble Unity AMS provides an extensible platform that can integrate with other systems of record—such as financial, billing, and outage management systems—which exponentially increases the benefits to utilities by breaking down data silos, increasing productivity and efficiency, and improving customer service and response.”

Trimble Unity AMS is available now. For more information, visit Trimble Unity AMS or contact the Trimble Utilities team.

Effective February 2023, only certified reduced-carbon zinc is used to produce RHEINZINK-prePATINA ECO ZINC products. To power this efficient process, the electric energy largely is generated from renewable sources including water and wind power. RHEINZINK-prePATINA ECO ZINC material production generates significantly less CO2 than any other architectural zinc manufacturing process.

Along with a reduced environmental impact, RHEINZINK-prePATINA ECO ZINC products maintain their consistent, high quality, value and performance, plus their proven resiliency, 100% recyclability and 100+ year lifespan. Continuing to deliver the pre-weathered, vintage aesthetic, RHEINZINK-prePATINA ECO ZINC blue-grey and graphite-grey options are available. The natural metal is fabricated and installed as façade and wall cladding systems, zinc roofs, roof drainage and gutters, and architectural details on commercial, institutional and residential projects across North America.

“Sustainability is firmly anchored in our corporate strategy. Material manufacturers have a crucial role to play in achieving our global, national and local climate policies, as well as meeting energy codes and environmental goals,” said Charles “Chip” McGowan, president of RHEINZINK America.

He continued, “RHEINZINK is proud to provide reduced-carbon material choices for new construction and renovation projects’ sustainable design and operation. With a lifespan of 100 years or more, our resilient products also reduce the need for product replacement. At the end of their use on a home or building, the material is 100% recyclable, maximizing cradle-to-cradle benefits.”

As part of the ECO ZINC product offering, RHEINZINK-prePATINA architectural zinc has been Cradle to Cradle® (C2C) Certified at the Bronze level since 2009. The C2C certification and additional supporting documentation assist design and building teams meet the U.S. and Canada Green Building Councils’ LEED® criteria.

A global company, RHEINZINK is headquartered in Germany with subsidiaries and sales offices in 30 countries and on five continents. “With our RHEINZINK-prePATINA ECO ZINC products, we are taking another important step forward on our path to decarbonization. The conversion will save more than 36,000 tonnes of CO2 per year. By comparison, this is equivalent to the CO2 emissions of a small town with 4,500 inhabitants,” explained RHEINZINK’s CEO, Carsten Beier.

Please visit https://www.rheinzink.us to watch a video and to learn more about RHEINZINK-prePATINA ECO ZINC products. 

The Steel Conference is the premier annual event for designers, fabricators, erectors, and construction professionals involved in the design and construction of steel buildings and bridges. This year’s event also incorporates the World Steel Bridge Symposium, QualityCon, the NISD Conference on Steel Detailing, SafetyCon, Architecture in Steel, and the SSRC Annual Stability Conference.

Resilient building solutions and new product innovations to be showcased at Simpson Strong-Tie Booth 1532 include the new YLBC along with the Yield-Link moment connection and Edge-Tie system for cladding connections. Together, these solutions provide fabricators, erectors, engineers, building owners, and contractors with a tested, more economical solution for structural steel construction and improved resiliency from wind and seismic events.

The YLBC is an innovative structural steel solution for dissipating energy through a fuse connection, creating a resilient steel frame that protects beams, columns, and braces during seismic and wind events. Designed for simple incorporation into either new construction or retrofits, the YLBC requires no field welding, thus helping reduce testing and inspection costs.

Recently re-engineered, the one-piece Yield-Link moment connection likewise requires no onsite welding of moment connections, reducing welding inspection costs and dependency on shrinking labor pools. Because they’re designed to absorb damage and are easy to replace, Yield-Link connections also allow for less costly repairs and shorter recovery times after significant seismic and high-wind events.

Introduced in July 2022, the Edge-Tie system is designed to replace field-welded bent plate pour stops with a high-strength, straight-edge, channeled steel beam that accepts bolted connections to facilitate easy cladding installations. Long lengths provide an easy, cut-to-fit solution for steel buildings of any size, and the bolted connections eliminate the need for field welding, delivering faster, safer installation with less labor.

“Simpson Strong-Tie is excited to introduce the YLBC as part of an array of innovative product and technology solutions designed to help the structural steel industry build stronger and work smarter,” said Tim Ellis, market segment manager for structural steel at Simpson Strong-Tie. “Like the Yield-Link moment connection and Edge-Tie system, the YLBC provides fabricators, erectors, engineers, building owners, and contractors with innovative, easy-to-install solutions designed to reduce overall construction time and costs while providing built-in resiliency and fast repair after natural disasters.”

Backed by technical field support and integrated into several widely used design and detailing software tools, the YLBC, Yield-Link® moment connection, and Edge-Tie system make up a growing suite of proven structural steel construction solutions designed to simplify design and installation while enhancing building strength and resilience. For more information, please visit: strongtie.com/solutions/steel-construction.

In recent years, the continuing evolution of ADAS (Advanced Driver Assistance Systems) and enhanced car infotainment functionality have led to the use of larger displays. Consequently, LED drivers for LCD backlights in automotive displays are required to provide high efficiency drive that improves rated output current while reducing power consumption. In addition, as flickering of automotive displays can lead to poor visibility and unsafe conditions, LED drivers must be capable of avoiding this issue.

Conventional LED drivers that consume relatively large amounts of power are susceptible to flickering during PWM dimming. In contrast, ROHM has developed LED drivers for LCD backlights that combine proprietary low power technology with seamless PWM dimming. This eliminates flickering when changing the display brightness from low to high.

These new products leverage proprietary low power consumption technology to reduce losses in LED driver current control circuits. The result is 20% lower overall IC power consumption compared to conventional products under typical conditions (80mA/ch LED circuit current, 12V power supply). This contributes to lower power consumption in medium- to large-size automotive displays where power consumption is an issue.

At the same time, all models are equipped with both DC and PWM dimming to meet a wide range of requirements. As there no longer exists a need to switch current feedback mode for low/high brightness change with ROHM’s original seamless PWM dimming technology, flickering that occurs with general PWM dimming is reduced, improving system reliability.

Going forward, ROHM will continue to contribute to the evolution of next-generation mobility by developing products that leverage its strengths in analog technology to promote the advancement and lower power consumption in future automotive cockpit functions.

Product Lineup
All new models products are equipped with both DC and PWM dimming for broad applicability. ROHM’s seamless PWM dimming enables smooth, flicker-free dimming from low to high brightness. View the product details here: BD83A04EFV-M, BD83A14EFV-M, BD82A26MUF-M

Reference Designs
Four reference designs (REFLED002, REFLED004, and REFLED003) with PCB design data, SPICE models and EMC reports are available now. REFLED003 is offered in two variations, depending on the built-in MOSFET. Ideal for examining LCD backlight circuits for automotive displays, the boards have passed various tests, including standard electrical characteristics measurement, EMC and thermal properties. Please contact a sales representative or visit ROHM’s website for more information.

What:  Product Launch

Where: Common Ground Alliance Conference

Caribe Royale Convention Center

Orlando, Florida

When:  April 17 – 21

Details: Intelligent Mapping is set to launch a revolutionary underground-infrastructure 3-D mapping products during the CGA Conference with introductions and demos of the technology. The company’s devices and proprietary software allow for the creation of 3-D maps of underground systems and the capture of X, Y, and Z coordinates. These innovations effectively lower capital and operational expenditures for executives and engineers. Intelligent Mapping will bring precision and accuracy to the market. More information is available at www.intelligentmapping.com

As the premier networking event for stakeholders responsible for preventing damage to underground infrastructure and protecting those who live and work near these important assets to learn about the latest industry technology, the CGA Conference is the perfect venue for Intelligent Mapping to introduce the company’s products. The conference will attract senior level executives from leading utility, one-call, locating, construction and damage prevention technology companies as well as key partners in the equipment manufacturing, business solutions, and insurance industries assembling a constituency of buyers, decision-makers, and influencers—all of whom are stakeholders who would benefit from the implementation of Intelligent Mapping products.

Compared to current diesel piston engines, the XTS-210 design reduces size and weight by nearly 80%, while maintaining comparable power output. This announcement builds upon a $9 million development contract from the U.S. Army to develop a prototype “core engine” based on the XTS-210 design for military applications.

Representing the latest generation of LiquidPiston’s X-Engine platform architecture, the XTS-210 engine addresses the fuel efficiency, lubrication, and fuel type limitations of the traditional Wankel rotary engine, an influential engine design developed in the 1950s.

The X-Engine is inherently simple in design, with just two primary moving parts – a rotor and shaft. The 25-horsepower XTS-210 adds up to one bar of boost through supercharging and operates as a two-stroke, producing six combustion events per revolution of the rotor, to deliver smooth power from a lightweight package, roughly the size of a basketball.

The XTS-210 uniquely addresses four major market requirements:

• 5x the power-to-weight (specific power) and power-to-volume (power density), and up to 3x the torque-to-weight (specific torque) compared with diesel piston engines of similar power
• Ultra-portable and configurable for operation in both engine-only and hybrid-electric modes – capable of running up to 7,000 RPM, which matches well with small and lightweight electrical machines, enabling increased mobility for power generation and hybrid applications
• Liquid-cooled and capable of either Spark-Ignition (SI) or Compression-Ignition (CI) – designed for military-grade robustness from its inception
• Multi-fuel capability – initial testing focuses on JP-8/Jet-A fuels for defense and aerospace applications

The XTS-210 model will meet demanding commercial and military heavy-fuel applications, including mobile electric power generation, primary or hybrid-electric propulsive power for vertical take-off and landing aircraft (VTOL) and small unmanned aircraft systems (sUAS), as well as auxiliary power units for land, air, and marine vehicles.

“There are essentially no diesel engines in the 25-horsepower power class today that are suitable for aerospace and mobile military applications, where size and weight parameters are especially critical,” said Dr. Alec Shkolnik, co-founder and CEO of LiquidPiston. “The reduced weight, size, and heavy- or multi-fuel capability of the XTS-210 delivers significant end-system capability and utility benefits, especially for the military to reduce supply chain and logistical burdens in an era where ‘power on the move’ is increasingly important. Following nearly two decades of breakthrough thermodynamics research with various types of rotary diesel engines, we are excited to converge on this latest generation as our first X-Engine model that we plan to bring to market.”

LiquidPiston is targeting delivery of an XTS-210 prototype to the U.S. Army in 2024. The company has previously prototyped several variants of rotary X-Engines, demonstrating significant versatility in engine architecture, including naturally aspirated four-stroke versions ranging from five to 40 horsepower.

In addition to the recent $9 million award to contribute to the development of the XTS-210, LiquidPiston has also received a $1.7 million Army contract to power a hybrid-electric VTOL UAV demonstrator. This brings the company’s Department of Defense contracts total to over $30 million.

To view additional photos and other assets, please visit the LiquidPiston media kit at: https://www.liquidpiston.com/xts-210-engine

9176-700 Series capped IDC connectors have a user-friendly, low-profile surface-mount form factor with an integrated termination/retention cap that allows users to simply insert a wire into the contact — no stripping required — and press it down to provide a robust and reliable gas-tight connection to the PCB. This quick and efficient process doesn’t require any tools or solder, which reduces both complexity and cost compared to solder and crimp processes, and the resulting connections have been tested to various levels of shock, vibration, and temperature cycling.  

The 9176-700 Series is available in through-wire and wire-stop variants for maximum flexibility. Through-wire models allow wires to be terminated at any point, while wire-stop models terminate the end of the wire and have a stop face feature to protect the wire end. These connectors are available with 1–5 positions capable of terminating 18AWG stranded wire or 20–24AWG solid or stranded wire and are rated for up to 10A per position depending on wire size. Single-contact 9176-700 Series connectors are rated for 600VAC_RMS or the DC equivalent. Two- through five- connectors are rated for 300VAC_RMS or the DC equivalent. The series is also rated for operating temperatures extending from -40°C to +125°C and storage temperatures extending from -40°C to +70°C.

Ideal applications for the 9176-700 Series include connecting discrete wires to a PCB, bringing power and signal to a PCB, and daisy chaining PCBs together to create a continuous string in electronic devices including LED lighting, oil & gas detonators, disposable surgical tools, medical diagnostics, patient monitors, and automotive and transportation lighting, fuel control valves and modules, and door handles.

“Our 9176 Series surface-mount IDC connectors have been providing design engineers working in challenging industries with attractive size and performance options for reliable discrete wire-to-board connections since their market introduction in 2007,” said Perrin Hardee, North American Product Manager, KYOCERA AVX. “They have been tested to various levels of shock, vibration, and temperature cycling to prove their reliability and robustness and field-proven in hundreds of applications ranging from smart meters to simple sensor terminations. Expanding our 9176-700 Series with new four- and five-position models allows us to meet the needs of evolving markets and applications and — by virtue of its unique integrated termination/retention cap, which serves as a wire location and insertion aid — to provide design engineers with even more opportunities to simplify and reduce the cost of bringing power and signal to a PCB.”  

9176-700 Series connectors have glass-filled high-temperature UL94 V-0 Nylon insulators and high-strength phosphor bronze contacts with pure tin over nickel plating. They also share a contact and footprint pattern with the rest of the 9176 Series for full backwards compatibility.

White insulators are standard, but the entire series is also available with black insulators. In addition, single-position 9176-700 contacts are available with blue, yellow, red, green, orange, and brown insulators by special order.

The 9176-700 Series is compliant with RoHS and UL 1977 standards and shipped in tape and reel packaging with 600 parts per 300mm reel. Lead-time for the series is currently eight weeks.  

For more information about KYOCERA AVX’s new 9176-700 Series capped IDC connectors for 18–24AWG wire, please visit https://www.kyocera-avx.com/products/connectors/wire-to-board/capped-18-24-awg-9176-700/. To purchase, please visit Arrow, Digi-Key, Future, Mouser, or TTI. For more information about KYOCERA AVX, please visit https://www.kyocera-avx.com/, email inquiry@kyocera-avx.com, follow them on LinkedIn, Twitter, and Instagram, like them on Facebook, call 864-967-2150, or write to One AVX Boulevard, Fountain Inn, S.C. 29644.

AmCoat’s Mike Moore, Director of Products and Applications, said more and more homeowners are looking to have their siding coated.

“We’re seeing an increase in coating aluminum and vinyl siding,” said Moore. “Normally the substrate is sound, it just fades and gets chalky. Homeowners are finding it’s much more cost effective to apply a long-lasting coating than to replace it. And if it’s done correctly, it can last for decades.”

An integral part of the Rhino Shield system, Adhesive Primer Sealer, or APS, has years of proven performance with all types of siding. The key, says Moore, is its adhesion and elastomeric properties.

“APS is unmatched for top coat adhesion and helps eliminate issues with peeling,” said Moore. “And installers love the recoat window of only 2 hours. And when followed with a Rhino Shield top coat, metal siding can look just like wood. It’s really hard to tell the difference.”

Moore says the key to a beautiful finish on aluminum siding is careful cleaning and pressure washing and to only apply the coating when the siding is cool to the touch.

“With careful application, the homeowner will reap many benefits,” said Moore. “For starters, APS and Rhino Shield Keep the home cooler and save on AC costs in the south because of reduced surface temperatures. Plus, our formula has built-in, long lasting bio growth inhibitors, so it stays cleaner year-round.”

Moore says coating vinyl can be tricky but that training is the key. AmCoat provides robust training for their dealers and lots of support throughout the process. While there is superior adhesion on vinyl, installers must always apply a test section because there is more variability with the different siding manufacturers. Another must — match the color of the siding or go lighter to ensure correct application and durability. 

“AmCoat has made it a focus to make sure we have the best possible adhesion over metal, vinyl and other sidings,” said Moore. “But we always recommend a test section and a follow up with Rhino Shield ceramic elastomeric top coating.”

ASTM D4541 testing for APS shows superior adhesion on most building surfaces — it basically fuses with the substrate. A very cost-effective solution, it’s less than 15 cents a square foot.

Like the Rhino Shield finish coat, APS has been updated to improve performance over the years. APS is appropriate for wood, stucco, hardy, metal, vinyl and many other substrates. It’s easy to work with, has low VOCs and cleanup is quick since it’s water based. APS can be sprayed on or rolled on depending on what works best for the particular substrate.

APS is the foundation for the Rhino Shield top coat. As a premium coating, Rhino Shield offers greater profit for dealers — our typical Rhino Shield dealer earns more than $1.5 million in gross revenue with gross profits in excess of 55 percent and net profit margins of between 15 and 20 percent.

Veteran-Owned and made in the U.S.A., Rhino Shield’s elastomeric-ceramic coating goes on 8-10 times thicker than conventional paint with a long-term product warranty. 

AmCoat is expanding its Rhino Shield dealer distribution network to Minneapolis, Las Vegas, Seattle, Portland, Salt Lake City, New York City, Omaha, Buffalo, Rochester, Los Angeles, Boise, Baltimore, Richmond and more. Businesspeople in those areas who are interested in learning more about starting up a Rhino Shield dealership should email info@amcoatind.com or call (850) 424-6805. 

Guide grids help you place views on sheets so that all your sheets line up and there is no need to go back to nudge a view so that all your sheets are aesthetically pleasing.  

Some facts about guide grids: 

• You can make as many as you need. 

• You can change the spacing and name at any time. 
• Guide grids do not print. 
• You can delete guide grids from the sheet and create a new one. 

I wanted to share with you how I like to use sheet guide grids to help inspire you. 

1. Open a sheet view; it can be empty or have a view already on it. 
2. In the View tab>Sheet Composition panel, click Guide Grid. 
3. In the Assign Guide Grid dialog, you can choose an existing guide grid or select Create new. 

 
Figure 1 

4. I like to name my guide grids by sheet sizes (e.g., 22×34 or ANSI D) so I know exactly where my views will be placed depending on the sheet size, but you can name them anything you like so long as it helps you when it comes time to put your sheets together. For this exercise, I am going to create a guide grid for my 22×34 horizontal sheet. 
5. Once you click OK, the default 1” guide grid displays on your sheet, covering it completely –which can become very annoying. 

 Figure 2 

6. Select the guide grid by clicking on the outside edge. (Control grips will display.)  
7. In Properties, set the Guide Spacing. You can also change the name, if needed. 

 
Figure 3 

8. In the upper-left side of the sheet, use the Align tool to align the grid to the edge of the sheet. Since you don’t need the entire guide grid, use the control grips to bring it in tight to the upper-left side, as shown in Figure 4. I like to reduce the grid to just two intersecting lines, as shown in Figure 5. 

 Figure 4 

9. Drag and drop a view onto the sheet. The placement doesn’t matter at this point. 
10. Use the Move tool to move the view’s intersecting grids (e.g., grid A and grid 1) to the guide grids intersection. You can only use reference planes, view crop boundaries, grids, and levels for aligning or moving your view. (For example, you cannot snap to a wall’s corner to move it to the guide grid’s intersection.) 

 Figure 5 

11. Now for the next 22×34 sheet I create, I can use the same guide grid and line up my view. 

 Figure 6 

I hope you find this tip useful in your day-to-day work. 

The Armory was originally designed by William Carbys Zimmerman as a military drill hall, athletic facility and assembly hall. Constructed in 1912-14, the building was once the largest free-span, no-center-support-system structure in the world. In 1927, a multi-story addition designed by Charles A. Platt was built around the building adding classroom and office space. Its facade matches the Georgian Revival style found in nearby university buildings such as the Main Library and Huff Hall. Today, the Armory is an anchor point for the university’s south campus and used for track and field meets and other events.

Western contracted with project general contractor Grunloh Construction of Effingham, IL to tuckpoint the Armory’s east elevation as well as portions of its north and south elevations. The scope of work also included the demolition and rebuilding of an existing parapet wall using block masonry, salvaged stone and fabricated stone that closely matched existing stone. The severity of deterioration on the upper areas of some masonry walls required a change in scope to completely rebuild additional parapet locations. Due to irregular dimensions of the parapet wall, additional demolition and rebuild work had to be completed in order to maintain the structural integrity of the masonry walls.

Western’s craftsmen also replaced damaged brick on the façade discovered during tuckpointing with salvaged brick from the parapet demolition and installed custom-blend brick in other locations where salvaged brick could not be used.

Approximately six tuckpointing mockup locations were completed in order to match the existing facade as closely as possible and maintain the historic nature of the building. In order to match the existing mortar, additional sand was added per the petrographic testing results and the mortar was brushed with special care while still damp to expose additional aggregate.

The restoration team also included White & Borgognoni Architects of Carbondale, IL and Rubinos & Mesia Engineers of Chicago, IL. The project was completed within a year and on budget.

Click Here for more information about Western’s masonry restoration services.

“Customer Portal enables your customers to create, manage, and track their orders 24 hours a day while dramatically reducing unnecessary phone calls,” said Ranjeev Teelock, Chief Product Officer at Command Alkon. “Customers gain real-time visibility into their orders and deliveries through a cloud-based mobile application; helping you, to help your customers.”

Users can place orders directly to dispatch from a phone or tablet and have insight into when the truck leaves the plant and truck location throughout the delivery process to improve planning and utilization while reducing customer friction. Customer experience is elevated through instant, reliable data sharing and transparency, while phone calls and two-way online messaging volume is dramatically reduced.

“In an industry where time is precious, nothing can be more frustrating than having no visibility into your deliveries,” said Deepa Vangimalla, Senior Product Owner at Command Alkon. “Constantly having to pick up the phone to ask about concrete pours or whether or not materials are on the way can be a hassle. Customer Portal empowers materials suppliers and their customers with knowledge of what is going on so that they can adapt proactively to the dynamics of the day.”

Soon, users will have the ability to expedite payment collection with integrated invoicing, reconciliation, and credit card processing.

For more information, email info@commandalkon.com.

Peel-Off Coating for Corrosion and Abrasion Protection

MCI^® Peel-Off Coating is an acrylic water-based coating for temporary protection of non-porous surfaces against physical abrasion, weathering, and corrosion. It is low VOC (0.2 lbs/gal [24 g/L]) and may be applied by spray, roll, or dip. When no longer needed, the coating can be peeled off the surface and disposed as solid waste. MCI^® Peel-Off Coating can be tinted to several basic colors to blend in with or stand out from the surrounding environment. It offers UV resistance for outdoor applications, in addition to temporary protection from salt and chemical induced corrosion. Although water-based, MCI^® Peel-Off Coating will not be softened or penetrated by most solvent-based paints.

Where to Use MCI^® Peel-Off Coating

So, what are some practical ways to use MCI^® Peel-Off Coating in the field? One of the primary examples is to protect windows, doors, and frames from the time they are installed until the rest of the job is completed. Windows and doors often go into place before the construction work is finished, leaving them vulnerable to drips or splatters from paints or putties or nicks and scratches from tools and equipment being jostled around the construction site. Spraying non-porous surfaces with MCI^® Peel-Off Coating before construction proceeds can help the contractor and building owner avoid many regrets later. Instead of a discouraging damage inspection at the end of the day, workers can simply peel the coating off the windows, doors, and frames to reveal the scratch-free surfaces beneath.

MCI^® Peel-Off Coating is also a great way to mask off windows, doors, frames, and even floors during a large-scale painting project (indoors or outdoors) or during the application of surface treatments that could cause etching. Metal window frames, beams, or railings that are not designed for outdoor weathering but will be exposed to the elements during construction can also be protected from corrosion and atmospheric damage by temporarily coating them with MCI^® Peel-Off Coating. The list goes on to include light fixtures, ceilings, doorknobs, and many other non-porous surfaces that need temporary masking and protection. Going back one step earlier in the process, manufacturers of windows and doors can even apply MCI^® Peel-Off Coating to sensitive areas of their products to avoid physical damage or corrosion during shipping and handling.

A Preemptive Approach to Construction Damage

There is more than one way to approach in-process damage on sensitive fixtures at the construction site. Rather than opting for damage control after scratches or corrosion has been inflicted, make life easier for yourself, construction workers, and facility owners by applying preventative measures from the start. Contact Cortec^® to learn more about using MCI^® Peel-Off Coating for your application: https://www.cortecmci.com/contact-us/

Harding Township, New Jersey is a well-kept, leafy suburban enclave located roughly 47 miles west of Manhattan. The department does a little bit of everything, including paving, forestry, pothole repair, lawn mowing, and even masonry. With a staff of eight employees, maintaining its extensive tree population is no small job. This has been exacerbated in recent years because of damage inflicted by unusually strong storms and a pest called the Emerald Ash Borer.

In January 2023, Operator Justin Buller and Superintendent Tracy Toribio were discussing how the department could save money and efficiently run the roadside tree program with existing staff. The department wanted to recycle 100 percent of the material on its roadside jobsites and knew the types of equipment it would require. This would eliminate the need to haul logs, stumps, and brush to its yard or the private recycler.

Buller is an equipment operator for the department. He knew of Ransome Attachments through a friend at a local land clearing contractor that purchased a Black Splitter and some other attachments. After hearing rave reviews from colleagues, he approached Eric at a trade show in New Jersey and expressed interest. The department ended up acquiring not only the Black Splitter, but also the Exac-One Grapple in January 2023.

It also ended up purchasing a Kubota mini excavator and an 18-inch Bandit wood chipper. The Black Splitter and Exac-One grapple would function as the conduit between the two machines.

The acquisition of these new attachments was part of the department’s updating of its equipment and truck fleet, which has been unfolding over the last five years. Most of its equipment dated back to the 1990s.

The department also recognized that a worsening labor shortage was threatening its productivity. Multi-functional attachments like the Exac-One grapple and Black Splitter were an obvious choice.

The department’s excavator operator can now switch between the grapple and cone splitter seamlessly with a quick coupler at the worksite. The splitter breaks down the logs and the grapple loads the sections into the chipper, which reduces its material recycling costs.

The 360-degree rotation of the grapple has also proven effective with sorting material because it has the ability to scoop up logs and set them with the cut ends facing in the same direction. This task was time consuming with a bucket and thumb combination.

The Black Splitter has been helpful with stump processing as well. Not only does it break down the stump, but also cleans out most of the dirt and rocks. This saves the department money because the recycling company charges the lower cost mixed brush rate.

Buller recalls the department’s old way of handling tree cleanup after a big storm. “We would spend months picking up the debris every time a storm rolled through,” he recalls. “It was a lot of backbreaking physical work.” He knew from previous experience what was needed to mechanize and improve the process.

Productivity has soared with the new equipment setup. Buller estimates that the department is processing twice as much material in half the time.

“The amount of work we did in the last two days was performed in half the time using minimal labor,” he says. “This is awesome.”

The department has been using the grapple to handle full size trees up to 50 feet long and 12 inches in diameter. It also easily handles downsized sections ranging from eight to 12 feet and heaping bundles of brush. Feeding these materials into the chipper on site has been a game changer.

Using the grapple has been simple, according to Buller. “Once you get used to it, it’s like having your hand on the end of that machine and you can pick up material, put it in a chipper, and place it where you want it,” he says.

Loading material with the grapple instead of by hand has also improved safety. Roadside crews have traditionally faced risks including cuts and bruises, falls, and back injuries. Buller can now load material into the chipper using the grapple from the comfort and safety of the excavator cab. A single worker is required near the chipper to monitor chipping and toss in small brush.

The department has not required support for either unit, but based on his experience to date, Buller is confident that Eric and the team at Ransome will stand by its attachments. “Eric takes the time to explain the attachments, deliver a quality product, and make the overall experience pleasurable,” he says. “He’s a really nice, down to earth, genuine guy.”

Available for free, Plastics Recycling – a Winning Solution for the Infrastructure can be downloaded at https://plasticpipe.org/Drainage/Drainage-Look-Deeper.aspx?utm_source=PPI&utm_medium=&utm_term=&utm_content=&utm_campaign=LinkedIn

“Our new animation video addresses concerns that the general public has about plastics recycling, and demonstrates the potential benefits to communities when recycled plastics are used in corrugated high-density polyethylene – HDPE – drainage pipe,” stated Daniel Currence, P.E., director of engineering for PPI’s Drainage Division.  “This is a great educational tool that can be used to build recycling awareness and engagement by public officials and pipe users alike.  It shows how the drainage infrastructure and recycling can be tied together – Connecting us to our Future.  Recycling can benefit the infrastructure by providing material that is being reused to make corrugated HDPE pipe for storm drainage applications with a long service life while cutting waste and reducing the carbon footprint.”

According to PPI, the major North American trade association representing the plastic pipe industry, large diameter corrugated high-density polyethylene (HDPE) pipe can be made with 40 percent PCR content.  The association’s studies show that one standard 20-foot length of 48-inch diameter HDPE pipe containing 40 percent recycled HDPE resin will take between 1,600 to 2,200 discarded detergent bottles out of the landfill.  The corrugated HDPE pipe industry is the largest plastics recycling sector in North America, using more than 600 million pounds of post-consumer resin annually in its pipe products for the past 5 years.

Available in sizes up to 60-inches in diameter, corrugated HDPE pipe is primarily used for underground stormwater infrastructure management and agricultural drainage projects.

Additional information can be found at www.plasticpipe.org/drainage

“The threat to one’s personal health and the impact of lost productivity on a company’s bottom line, due to wide-spread cross-contamination, puts the importance of building wellness on par with security and fire protection,” according to Psihas. “In addition to protecting individuals, BARDS has the potential to save companies hundreds of thousands of dollars annually by reducing inefficiencies in company-wide system management and employee absenteeism. It also helps with the recruitment of top talent who actively look for safe work environments.

According to Fortune Business Insights, the global smart building market is projected to grow to $328.62-billion by 2029¹. AUVS’ BARDS is expected to be an indispensable component of this market.

Until now employers and building management companies have faced two significant obstacles in providing safe environments, protecting workers, visitors, and students. The first obstacle is that few disinfection technology companies offer products to address the three critical categories of contamination: air, surfaces and shared devices. This means even those employers and building management companies with the vision to address multiple categories of contamination are left to cobble together disparate solutions from different vendors whose products offered varying and often questionable degrees of effectiveness.

The second obstacle is that without a Building Automation System option, which most mechanical disinfection devices lack, there is no way to centrally monitor, maintain and improve these systems. “Automated disinfection equipment combined with a building command center and the right sensors will provide a truly intelligent and proactive approach to the health and safety of occupants,” states Henderson.

With BARDS, AUVS’ has combined its UV-C disinfection products with multiple building automation interfaces to allow for Building Automation Readiness out of the box. This provides integrated air, shared-device and surface disinfection that can be centrally monitored, maintained and improved through any Building Automation System, according to Henderson. The system is designed to benefit large employers, with specific applications in Healthcare, Education, Food Processing, Hospitality, Grow Houses, Manufacturing Plants and Warehouse Distribution Facilities.

Integrating with Any Building Automation System

Building Automation Systems integrate HVAC, lighting, security, fire, internet, and similar systems to provide central monitoring, manage operations and improve maintenance. By integrating open BAS communications capabilities into its products, AUVS has allowed central control to be, for the first time, extended to enterprise-wide disinfection.

Now, with BARDS, users can:

• Communicate with any building automation system through Wi-Fi, 1-to-12v or ethernet
• Determine Status, ensuring all systems are running, and initiating maintenance, if needed
• Locate Mobile system components
• Identify system failures and inefficiencies
• Achieve significant cost-savings by ensuring proactive and preventative system maintenance
• Collect data on hours of use, uptime and other metrics to help adjust each facility’s solutions
• Provide peace of mind to stakeholders including managers, employers, employees and parents

Hexagon’s solutions enable customers to innovate, improve workflows, increase productivity and reduce costs across entire project lifecycles. Smart Digital Realities simplify and accelerate data utilisation to connect and integrate disparate parts of the construction ecosystem for smarter, more autonomous and sustainable operations. Apart from showcasing its current solutions, Hexagon will also launch new products and reveal partnerships that will transform the heavy construction industry.

“Hexagon is delighted to attend this pivotal event and showcase our proven solutions and latest innovations that empower the industry to reimagine construction,” says Thomas Harring, President of Hexagon’s Geosystems division. “Fully integrated job sites significantly improve the efficiency and profitability of construction businesses while attracting, keeping and freeing up key talent. We look forward to engaging with our partners, customers and peers from the industry.”

Transform your construction project to an intelligent jobsite with dirt simple solutions, adopting the smart digital technology you need. 

Show Highlights:

Technology announcements and demos

Hexagon’s flagship construction brands, including AGTEK, Leica Geosystems, Bricsys, Avvir, OxBlue, Projectmates and IDS GeoRadar, will exhibit at the show to share how professionals can better work together across teams and time. Visit booth N12325 in North Hall at ConExpo to experience innovative technologies, seamless workflows, collaborative deployments and digital solutions in action.

Leica BLK2FLY – top 10 finalist of the Next Level Awards Program

Drop by and vote for the Leica BLK2FLY, which CONEXPO-CON/AGG and the International Fluid Power Exposition (IFPE) have selected as one of the top 10 finalists for the Next Level Awards Program for its innovative features designed to advance the construction industry. The Next Level Awards Program celebrates companies that push boundaries and develop groundbreaking technologies, products and services.

Presentations at the show

During the following educational sessions, Hexagon experts share their insights:

Nature Positive and Net-Zero Construction, a Choice or Science Fiction?

Thursday 16th March, 9.30-10.15 AM PST, West Hall 216-218

• Matthew Desmond, Vice President, Hexagon Heavy Construction
• Tommi Kauppinen, MSc, Vice President, Chief Innovation Officer, Machine Control, Leica Geosystems
• Reka Vasszi, Communications Manager, Hexagon Geosystems

Grade Control Interoperability: Transforming Your Mixed Fleet

Friday 17th March, 10.45-11.45 AM PST, West Hall 213-215

• Christian Luttenberger, Vice President, Heavy Construction, Hexagon Geosystems

The Time is Now: Why Public Infrastructure Projects will Rapidly Shift From 2D to 3D

Friday 17th March, 1 PM PST, West Hall 211-212

• Troy Dahlin, Segment Manager, Heavy Construction, Leica Geosystems

To find out more about our presence, program highlights and announcements at ConExpo, visit our events page: https://hexagon.com/resources/events/conexpo

Media breakfast Join our invite-only media breakfast on March 15th, at 8AM, for first-hand insights from Hexagon experts and to be among the first to hear our latest announcements. For more information, contact Kim Drew.

Unlike other BIM software providers that charge additional fees for cloud services, Archicad Collaborate lowers the barrier to entry by offering award-winning BIMcloud SaaS as part of the Archicad subscription price in the user-friendly online Graphisoft Store. “Customers demand powerful solutions that are easy to acquire, learn, and use,” said Márton Kiss, Vice President of Product Success at Graphisoft. “Archicad Collaborate allows practices to acquire both Archicad and BIMcloud SaaS at a price even smaller firms can afford.”

Archicad Collaborate includes:

• Archicad— a robust design solution with a world-renowned user-friendly interface that makes it the most efficient and intuitive BIM software on the market.
• BIMcloud Software as a Service — users access their data via a secure cloud solution for fast, flexible, secure access to shared projects in real time.
• Exclusive data and collaboration services that maximize the value of the subscription, including access to Graphisoft Learn courses and training materials; emergency licenses and technical support; Redshift by Maxon, a high-end rendering tool; PARAM-O, a parametric object design tool; the Library Part Maker add-on for creating detailed Library objects; and Python API for customized and automated Archicad workflows.

When asked about the benefits of using Archicad with BIMcloud SaaS, Peter Snellman, Partner and Design Director at Tillberg Design, said, “Working on the same Archicad model from different countries, we have fewer problems.”

“With Archicad Collaborate, you can start your project on BIMcloud SaaS, a secure cloud platform built for sharing and collaborating with your team — without additional hardware investments or IT experience,” Márton Kiss added. “Using Archicad’s powerful and proven tools, you can design great buildings with your team and share them with customers and clients — anywhere in the world.”

Archicad Collaborate is now available in select markets in the Graphisoft Store. Visit Archicad Collaborate for more information and to subscribe. Graphisoft offers customers a choice — contact your local Graphisoft Partner for more licensing options, including perpetual licenses.

“Throughout our history, Perkins has combined confidence and curiosity to challenge conventional wisdom and help humanity power ahead,” said Steve Ferguson, President of Perkins. “Now is the time to demonstrate our industry leadership by exploring new ways to help customers and end users solve their ever-evolving challenges.”

Perkins goes beyond engines to provide comprehensive powertrain expertise

As new power system approaches become more complex, Perkins continues to evolve and deliver smarter solutions that advance sustainable power through its global Customer Machine Engineering Team (CMET). CMET connects multi-disciplinary experts from around the world who give OEMs on-demand access to skillsets and insights they need during their research and development, design, engineering, and production process life cycles. CMET’s capabilities are in increasingly greater demand by OEMs’ engineering departments seeking inspiration and guidance as they specify integrated powertrain solutions that are designed to produce less emissions as compared to traditional diesel-powered internal combustion engines.

“OEM research and development teams already face intense pressures from accelerated development priorities and limitations on resources,” said Jaz Gill, Perkins Vice President of global sales, marketing, service, and parts. “Through the immensely talented and equipped Perkins CMET, we’re strategically positioned to help OEMs achieve better outcomes faster with lower development costs, especially in the adoption of next-generation powertrains.”

To illustrate CMETs capabilities, Perkins is exhibiting an integrated, end-to-end diesel-electric hybrid powertrain at CONEXPO. The solution is highly configurable for a wide range of off-highway applications, with the featured configuration being suited to backhoe loader or telehandler applications and consisting of a scalable 48-volt battery module, powershift transmission, 20 kW motor-generator unit, inverter, and an advanced energy control module.

Perkins is also spotlighting its deep and growing component and systems integration expertise in electric-driven powertrains, building on its announcement of its battery development programme at bauma in October 2022.

Perkins collaborates with customers to challenge conventional wisdom

CMET’s advanced capabilities are just one way Perkins is evolving to better connect with and support customers.

To reflect its commitment to customer-focused problem solving, Perkins has made transformational changes spanning its worldwide operations, research and development, and product and service offerings, including aftermarket support. Perkins is showcasing an array of inventive products that mitigate long-standing technical and operational barriers customers face on the path to a more sustainable, lower-carbon future.

By collaborating with OEMs that are evaluating diverse powertrain alternatives, Perkins and the new Customer Solutions team can:

• Help product teams select tailored solutions that meet their specific requirements and deliver the optimal balance of owning and operating costs they need by applying deep engineering expertise, wide-ranging market sector knowledge, and a power source-agnostic approach.

• Help equipment manufacturers evaluate considerations such as power needs, application types, duty cycles, operating environments, run time, fuel availability, emissions standards, decarbonisation initiatives, resale value, own versus rent approaches, maintenance, and many other factors.

• Steer projects from concepts to prototypes to functional, fully tested machines by evaluating system requirements; optimising system architectures; managing system controls development, calibration, and verification; and performing final system validation.

• Deploy machine development competencies built over the past decade to assist OEMs with world-class engineering resources and state-of-the-art testing facilities that have provided millions of hours of customer support.

• Provide machine operating expertise on more than 5,000 different off-highway applications. Perkins engineers manage the design, test, and machine sign-off process, providing OEMs with a 3D model design and a machine ready for the next stage of manufacturers’ development process while protecting valuable intellectual property (IP) by keeping confidential data secure and safe.

• Serve as an efficient single source for supplying all components needed for integrated powertrain systems, ranging from engines, transmissions, electronics, and self-calibrating controls for conventional solutions to batteries, inverters, motors, motor-generators, cooling systems, software, and other critical elements for new-energy configurations.

Explore Perkins power solutions at CONEXPO – South Hall, Booth S-84329

At CONEXPO, Perkins is highlighting its large, fast-growing portfolio of advanced power product and service solutions designed to help customers manage the energy transition to a more sustainable, lower-carbon future.

These include:

• 48-, 300- and 600-volt lithium-ion battery solutions with modular designs and factory-installed telematics that Perkins is developing to optimise performance and packaging in numerous next-generation off-highway applications for the construction, industrial, materials handling and agricultural industries.

• Industrial diesel engines and industrial open power units (IOPU) that are available today to help OEMs reduce greenhouse gas emissions from their machines. Perkins offers the widest diesel engine power range from 0.5 to 18 litres and 8.2 to 597 kW (11-800 hp) that meet the most stringent global emission standards: EU Stage V and U.S. EPA Tier 4 Final, with the exhibit featuring the 904J-E28T IOPU, the 1204J-E44TA, the 1706J-E93TA and the new 2606J-E13TA. These engines are capable of using renewable, lower carbon-intensity fuels that meet the leading industry diesel fuel specifications*.

• Connectivity solutions with hardware reading important engine data, displayed to the customer as timely insights. For OEMs with their own in-house telematics solution, an API based service which receives engine data is provided. From this, Perkins delivers useful insights to enhance the service provided by the OEM to their customer, aiding the customer’s productivity.

• Perkins® Ecoplus fuel filters that are engineered to minimise waste and enable recycling after use. Designed without a metal housing and centre tube, Ecoplus filters are manufactured with fewer materials while providing outstanding performance, enabling up to 45 percent longer injector life in a recent comparison wear test with competitive filters.

• Leading aftermarket capabilities from Perkins promote sustainability through improved fuel efficiency and prolonged machine life cycles, such as all-inclusive Perkins® Hypercare packages, and flexible overhaul solutions from new single cylinder repair sleeves for cost-effective overhaul which maximises reuse of existing parts, through to full ‘drop-in’ replacement engine solutions.

For more information on Perkins and its presence at CONEXPO, visit www.perkins.com/construction

* Fuels must meet the specifications and characteristics described on www.perkins.com in order to be used in Perkins engines and reduce the risk of downtime.

Designed specifically for small site and utility contractors, the Siteworks Machine Guidance module gives users the ability to move the system between multiple excavators and jobsites as an accessible and entry-level combination machine guidance and construction surveying solution. Current Siteworks users can utilize their existing technology on-machine quickly and easily, with the addition of a simple-to-install machine kit and the software module.

“The new Siteworks Machine Guidance Module is purpose-built to be versatile, portable and easy to use, giving local contractors an entry-point into construction surveying and machine guidance,” said Kevin Garcia, general manager, Trimble Civil Specialty Solutions. “Our goal is to give users all of the benefits of Trimble Siteworks at the tip of the bucket, essentially turning the machine into a surveyor. Contractors can get more done with less training and time, and utilize their personnel for other tasks, while also moving workers out of trenches and away from equipment operating on the jobsite.”

The announcement was made at ConExpo 2023, North America’s largest trade show for construction machinery, building material machines, mining machines, construction vehicles and construction equipment. The Trimble booth is located in the Las Vegas Convention Center West Hall #W-41522.

The Siteworks Machine Guidance system includes the Trimble SPS986 or Trimble R780 GNSS Smart Antenna with tilt compensation and Trimble’s ProPoint high-precision positioning engine, and any bring-your-own-device or Trimble field tablet that supports Trimble Siteworks software. The versatile new module enables contractors to use Siteworks off the machine to design, measure and lay out projects, and then transfer the GNSS receiver and field tablet from the pole to the machine to provide in-cab, 3D machine guidance and grade checking capabilities without the need for a surveyor. Using the Trimble CenterPoint® RTX correction service, contractors can experience true mobility working without the constraints of a local base station or VRS network, with high-level accuracy delivered worldwide via satellite or cellular/IP.

In addition to helping contractors increase efficiency in the field, the new software module enables users to easily share information between the jobsite and the office. Using Trimble WorksManager Software, contractors can easily share designs between locations, access remote support and keep projects moving forward from the road.

Availability

The new module is expected to be available worldwide through the SITECH® distribution channel in the second quarter of 2023. For more information, visit: trimble.com/siteworksmachineguidance.

Smart grader blades

Cat Smart Grader Blades set the standard for machine and attachment control integration. Previously, these smart blades were made available for customers with Cat D3 series SSL and CTL machines. The new external control kit provides customers with a means to run smart grader blades on all D-series and select older Cat machines. Simplifying operation, GB120 and GB124 blades automatically detect whether they are being operated on a D3 series or machine equipped with the external controller.

The new external control kit includes a third joystick for operating blade raise/lower, tilt, angle and wing functions like smart control for D3 series machines. In addition, it includes the wiring harnesses, a RAM^® mount, brackets and all the necessary hardware required for smart grader blade control. Compatible with Cat Grade and Earthworks GO! systems, the new external control features selectable modes for left, right and tandem control. Standard cross-slope assist and full proportional control of all functions improve operating efficiency.  

3D grade capabilities

A valuable tool for experienced as well as novice operators, the new 3D GPS/GNSS grade control for smart dozer blades on Cat CTL machines guides the operator to accurately grade planes, slopes, contours and complex curves. It provides blade vertical height and horizontal positioning guidance, or, alternatively, the system controls the blade relative to a design loaded into the grade control system.

Automated blade control takes the guesswork out of what the grade should be, allowing operators to achieve design plans faster. Veteran operators can work more productively with the system, and those with less experienced can work more confidently and quickly build grading skills. Regardless of operator experience level, the 3D grade control system can reduce rework, labor and materials used on the job.  

The base Cat Smart Dozer Blade comes standard with all the required hookups to install 3D grade control components. Software updates and the hardware are available for existing machines and smart dozer blades to operate grade control.

More details on the new external control kit for Cat Smart Grader Blades and 3D grade control for Cat Smart Dozer Blades can be found by contacting a Cat dealer or visiting https://www.cat.com. 

Construction work is too often based on 2D drawings, spreadsheets, and document-based workflows resulting in errors, waste, and rework that cause most projects to be over budget and schedule. Bentley and WSB will lead firms in transforming construction by adopting technology and digital delivery.

“Owners and construction firms realize that new digital workflows are needed to meet infrastructure demands. Applying these digital workflows successfully requires a deep understanding of technology, processes, and data,” said Carsten Gerke, senior vice president of strategic partnerships with Bentley Systems. “The Bentley Digital Integrator Program is built around combining technology with subject matter expertise for improved infrastructure. WSB joining the program provides a leapfrog opportunity for all our transportation users.”

Through a combination of industry-leading software, expertise, and innovation, Bentley and WSB’s digital construction management initiative is helping to shape the way infrastructure projects are delivered. Key services include enabling a single source of truth by connecting project, contract, and document management to the future of design—a 3D/4D/5D constructable model—as well as the ability to create constructable models from current 2D plan sets, which allows the transition to a single source of truth for all stakeholders. This initiative is committed to putting the industry-leading model-based construction management tool in the hands of those who build the work. WSB promotes advanced project delivery and knows how to apply the right technology and expertise to support their clients’ aspirations for a digital future.

“WSB is committed to delivering innovative, reliable, and secure solutions through the use of advanced technology. We believe the successful deployment of an operational 3D model drives transparency, maximizes return on investment, makes possible true lifecycle planning, and drives collaboration to connect and align all stakeholders,” said Jon Chiglo, chief operating officer of WSB. “We have an entire organization that is leading, creating, and innovating into our digital future. Our partnership with Bentley is an important part of this vision and we are excited to bring this digital construction management service to market.”

SYNCHRO, Bentley’s construction management software that supports the entire civil construction lifecycle with simple office-to-field workflows and gives firms insight into project performance, productivity, and financial health, is the foundation for WSB’s offering. SYNCHRO is the construction service of the Bentley Infrastructure Cloud leveraging digital twin technologies, powered by iTwin.

Together, Bentley and WSB are meeting the market where it is and providing the tools, training, education, and support required to make the digital leap. Project teams will realize the value of model-based digital delivery for better project efficiency and outcomes. Civil infrastructure owners and contractors will overcome barriers to technology adoption to drive efficiencies from preconstruction planning through construction execution. Skills will improve as more projects adopt model-based delivery, resulting in it becoming the common standard.

“Owners and construction firms realize that new digital workflows are needed to meet infrastructure demands, but they often face issues when determining how best to adopt technology,” said Rich Humphrey, vice president of construction with Bentley. “In civil infrastructure, they also face unique challenges related to the nature of the design information they receive, and the spatial logistics involved. Bentley with WSB is the perfect combination to enable project teams to resolve adoption hurdles and ensure that technology results in a step function improvement in the way projects are delivered from design through construction execution.”

Compact size with big opportunities

The compact size and small footprint combine with exceptional maneuverability for more opportunity to pave in confined areas such as narrow streets, small parking lots, and other urban-type applications. The SE47 VT standard paving range is 2.4 to 4.7 m with a maximum width of 6 m, while the SE50 VT standard paving range is 2.55 to 5.0 m with a maximum width of 7.64 m. Furthermore, paving depths up to 300 mm support aggregate paving applications.

Easy transport

Efficient movement from one job site to the next is essential to meeting daily production goals and having the ability to transport on a variety of trailer types helps ensure that daily goals are being met.  With a length of less than 5.6 m and width of 2.55 m, these 14-16-tonne size-class machines can be transported without special permits. Furthermore, the front-loading angle of 17º and high bumper clearance simplifies loading without the need for additional blocking materials.

Exceptional mobility and fast travel

Speed, traction, flotation, and durability are all great features of the Cat Mobil-trac undercarriage design utilized on the AP455 and AP555. The four-year pro-rated warranty helps ensure contractors get the life expectancy from their rubber track belts. The unique four-bogie system with self-tensioning accumulators and center guide blocks help prevent slippage and reduce wear, while the oscillating bogie wheels help deliver smooth transitions when exiting the cut over transverse joints of mill and fill applications.

The AP455 and AP555 steel track models provide many of the same great features utilized on the Mobil-trac versions with slightly less travel speeds. This stable design utilizes an auto-tensioning system for excellent tractive performance while also keeping wear at a minimum.

For contractors that prefer a simple wheel undercarriage design, drive tire options include both sand-rib and radial options. The AP400 can be equipped with a front-wheel assist option, while the AP500 can be equipped with front-wheel assist or the all-wheel drive option for increased performance on soft base materials or when pushing heavy loads.

Smooth material flow

Smooth material flow is a critical component that can help contractors achieve quality targets.  These new models combine a low truck entry height with smaller, 355 mm diameter augers that efficiently move material through the auger chamber at both narrow and wide paving widths. Another great feature is the ability to control each material feed sensor by simply switching to manual and utilizing the proportional control dial for the feed system.

Simple to operate, easy to learn

Consistency and familiarity with paver and screed functions help operators perform at their best. Whether paving straight-line rural or winding urban applications, Cat pavers and screeds utilize similar functions across the entire product line that enables personnel to easily move between crews or train new members when necessary. These new machines have simplified menu structures that provide single-touch activation for screed heat, washdown, and ventilation systems all from the main menu. As with all Cat pavers, these new models also provide single-touch activation of the feeder system and hopper fold functions.

Efficient power, enhanced visibility

Cat pavers are equipped with an exclusive eco-mode feature that combines with automatic speed control to reduce fuel consumption. In most conditions, the engine can operate at a lower rpm and still deliver the required power to meet performance requirements. If needed, the engine will automatically adjust to a higher engine speed if certain load conditions are met.

The AP400 and AP455 pavers are equipped with a Cat C3.6 engine, while the AP500 and AP555 utilize the Cat C4.4 engine. The engines are available in configurations that meet U.S. EPA Tier 4 Final, EU Stage V, and UN ECE R96 Stage IIIA emission standards, equivalent to U.S. EPA Tier 3 and EU Stage IIIA. Unique to these pavers is the enhanced visibility to the hopper. The exhaust stack that is utilized on other Cat pavers has been integrated into the new hood design and does not extend upward on this compact line of pavers, providing operators with unrestricted forward visibility to the hopper and sides of the machine.  

Hexagon’s solutions enable customers to innovate, improve workflows, increase productivity and reduce costs across entire project lifecycles. Smart Digital Realities simplify and accelerate data utilisation to connect and integrate disparate parts of the construction ecosystem for smarter, more autonomous and sustainable operations. Apart from showcasing its current solutions, Hexagon will also launch new products and reveal partnerships that will transform the heavy construction industry.

“Hexagon is delighted to attend this pivotal event and showcase our proven solutions and latest innovations that empower the industry to reimagine construction,” says Thomas Harring, President of Hexagon’s Geosystems division. “Fully integrated job sites significantly improve the efficiency and profitability of construction businesses while attracting, keeping and freeing up key talent. We look forward to engaging with our partners, customers and peers from the industry.”

Show Highlights:

Technology announcements and demos

Hexagon’s flagship construction brands, including AGTEK, Leica Geosystems, BricSys, Avvir, OxBlue, Projectmates and IDS GeoRadar, will exhibit at the show to share how professionals can better work together across teams and time. Visit booth N12325 in North Hall at ConExpo to experience innovative technologies, seamless workflows, collaborative deployments and digital solutions in action.

Leica BLK2FLY – top 10 finalist of the Next Level Awards Program

Drop by and vote for the Leica BLK2FLY, which CONEXPO-CON/AGG and the International Fluid Power Exposition (IFPE) have selected as one of the top 10 finalists for the Next Level Awards Program for its innovative features designed to advance the construction industry. The Next Level Awards Program celebrates companies that push boundaries and develop groundbreaking technologies, products and services.

Presentations at the show

During the following educational sessions, Hexagon experts share their insights:

Nature Positive and Net-Zero Construction, a Choice or Science Fiction?

Thursday 16th March, 9.30-10.15 AM PST, West Hall 216-218

• Matthew Desmond, Vice President, Hexagon Heavy Construction
• Tommi Kauppinen, MSc, Vice President, Chief Innovation Officer, Machine Control, Leica Geosystems
• Reka Vasszi, Communications Manager, Hexagon Geosystems

Grade Control Interoperability: Transforming Your Mixed Fleet

Friday 17th March, 10.45-11.45 AM PST, West Hall 213-215

• Christian Luttenberger, Vice President, Heavy Construction, Hexagon Geosystems

The Time is Now: Why Public Infrastructure Projects will Rapidly Shift From 2D to 3D

Friday 17th March, 1 PM PST, West Hall 211-212

• Troy Dahlin, Segment Manager, Heavy Construction, Leica Geosystems

To find out more about our presence, program highlights and announcements at ConExpo, visit our
events page: https://hexagon.com/resources/events/conexpo

Held every three years, CONEXPO-CON/AGG is the largest trade show in North America and the premier event connecting construction professionals with original equipment manufacturers (OEMs) in the asphalt, aggregate, concrete, earth-digging, lifting, and mining industries. Simpson Strong-Tie will introduce Carbophalt and Glasphalt grid reinforcements to CONEXPO-CON/AGG attendees at Booth# C32995 and demonstrate how application of asphalt reinforcement technologies will improve the sustainability, longevity, and resiliency of asphalt paved road surfaces in the US.

Extensively tested at the Advanced Pavement Research Center at the University of Texas at Arlington, Carbophalt and Glasphalt grid reinforcements limit water penetration and crack reflection in asphalt surfaces caused by heavy traffic, weather, and structural fatigue. Installation of these technologies can significantly increase the safety and service life of asphalt surfaces and roadbeds while mitigating the need for frequent, costly, and time-consuming repairs.

Featuring a proprietary weave that makes them easier to install on both straight and curved roadbeds, Simpson Strong-Tie asphalt grid reinforcements are flexible and presaturated with bitumen to ensure superior bonding between layers of asphalt and a positive lock into the pavement. Carbophalt and Glasphalt reinforcement grids are also 99% recyclable and can be easily re-milled back into asphalt aggregate with no decrease in performance, resulting in increased service life, lengthier renewal cycles, and less frequent maintenance work.

“Simpson Strong-Tie is excited to apply our experience with extensive category testing and research and development to the asphalt sector through the introduction of these innovative grid reinforcement technologies at CONEXPO-CON/AGG,” says Simpson Strong-Tie market segment manager Corey Clark. “Carbophalt and Glasphalt solutions provide new levels of durability and safety to asphalt surfaces subject to heavy traffic and aggressive weather cycles.”

For more information on Carbophalt and Glasphalt asphalt reinforcement grids from Simpson Strong-Tie, including case studies, performance metrics, and testing results from the Advanced Pavement Research Center, please visit strongtie.com/products/rps.

For years, the demand for current sensing has been increasing in several applications. For example, high accuracy current sensing is required to improve motor rotation efficiency and to detect abnormalities. At the same time, smaller mounting area is required. However, conventional configurations (operational amplifier + discrete components) generally face challenges such as deterioration of current sensing accuracy due to variations in component accuracy and temperature characteristics. Also, it is difficult to keep the mounting area small.

In response, ROHM leveraged its strengths in analog technology to develop a new series of current sense amplifier ICs that achieves high accuracy current sensing in a space-saving design. The BD14210G-LA incorporates all required peripheral components, which simplifies current sensing by connecting a shunt resistor and a bypass capacitor. This reduces the number of components from eleven to just three compared to conventional configurations (operational amplifier + discrete components). Furthermore, it decreases the mounting area by 46% (SSOP6 package). Additionally, a highly accurate current detection of ±1% has been achieved over the entire temperature range (-40°C to +125°C). The internal circuitry prevents current detection accuracy to decrease even when an external RC filter circuit for noise suppression is added. That minimizes the number of manhours required for design. The wide input voltage range (-0.2V to +26V) makes the BD14210G-LA ideal for current sensing applications operating from 12V/24V power supplies.

Product Lineup
In addition to the BD14210G-LA that is already in mass production, a total of eight models are scheduled to be released. The lineup will include both single-channel and dual-channels variants in four different gain settings (20, 50, 100, 200V/V).

Application Examples

• Industrial equipment: Wireless base stations, PLC, inverters, chargers, etc.
• Consumer devices: Air purifiers, refrigerators and more

Reference Design
Support materials, such as a reference design (REFSENS003), along with SPICE models, are available on ROHM’s website: www.rohm.com

Evaluation Board
Evaluation Board Part No: BD14210G-EVK-001

Online Sales Information

• Applicable Part No: BD14210G-LATR
• Availability: Now (in mass production)
• Online Distributors: Digi-Key and Mouser; also scheduled for release at other online distributors

How VpCI^®-649 HP Works

VpCI^®-649 HP is a specialty concentrated liquid formulation that contains contact and Vapor phase Corrosion Inhibitors, along with a hard water stabilizer and an organic dispersing agent. It protects against corrosion at dosages as low as 0.3% by weight. It also has an extremely low chloride impact (less than 0.6 ppm at 0.3% dosage) for use in systems with tight chloride restrictions.

As VpCI^®-649 HP circulates throughout the system, it leaves behind a protective molecular layer on all metal surfaces. After the water treated with VpCI^®-649 HP has been drained, residual protection continues on components made of steel, copper, galvanized steel, or aluminum.

Hydrotesting Drinking Water System Components

VpCI^®-649 HP is primarily intended for corrosion protection during hydrotesting. This is a critical practice used in many industries to ensure vessels, piping, and tanks do not leak and can withstand pressure specifications. The unfortunate side effect is that moisture can incite corrosion during and after hydrotesting, leading to further problems during the lifetime of the new components.

In the past, many industries have found standard VpCI^®-649 to be an outstanding source of corrosion protection during this sensitive phase. Use, however, was limited to equipment that would not be exposed to drinking water. With the development of VpCI^®-649 HP and its certification to meet ANSI/NSF Standard 61 for use in treatment of drinking water system components, the opportunities for corrosion protection during hydrotesting of pumps, valves, piping, fittings, and tanks used to carry potable water have suddenly expanded!

Beyond Hydrotesting

The safety of VpCI^®-649 HP for treating components that will be used with drinking water systems also carries implications for use in the dry layup of closed loops and cooling water systems in the food and beverage industry. VpCI^®-649 HP can be added to either fresh water or glycol coolants, circulated, and drained for equipment preservation. Dry layup of fire extinguishing systems with VpCI^®-649 HP as an alternative to nitrogen purge and/or compressed air is another option.

Take Advantage of This Exciting Breakthrough!

VpCI^®-649 HP is an exciting breakthrough for Cortec^® and users alike. With VpCI^®-649 HP, users have the freedom to effectively protect drinking water system components and other regulated systems from corrosion during hydrotesting and layup. Contact Cortec^® for more specifics on using this new product with your application: https://www.cortecwatertreatment.com/contact-us/

Lighting and electronics expert HELLA, operating under the FORVIA umbrella, will present several innovative new products at CONEXPO. The world’s leading construction and mining machinery trade fair will take place in Las Vegas, NV, from March 14 to 18, 2023 (South Hall First Level, Booth S62633). As a US product introduction, HELLA will be presenting a brand-new C240 LED combination headlamp to the broader public for the first time. The combination headlamp boasts an extraordinary design and enormous robustness and can be mounted in various ways. It has all the important light functions such as low beam, high beam, position light, daytime running light, hazard warning, and front turn signal. The housing and lens are made of impact-resistant plastic. The combination headlamp is also vibration-resistant, dustproof, and waterproof, making it ideal for the toughest conditions. A high-quality DEUTSCH DT connector and an ISO pulse indicator failure check ensure the combination headlamp meets all functional safety requirements. In addition, the C240 is available in both ECE and SAE versions.

S series Work Lamps with innovative LED technology

“Simple, steady, and streamlined” – is the motto of the new S series. The work lamps in this series offer innovative LED technology and complement the Module 70, Module 90, and Power Beam work lamp families. The work lamp provides homogeneous illumination with a color temperature of around 6,500 Kelvin, which is similar to daylight. Compared to halogen devices, the S series scores with high efficiency. The integrated electronics protect the device in case of polarity reversal and ensure constant brightness even with the operating voltage fluctuating between 9 to 32 volts DC. Depending on the model, the S series is available with a round or square design, and a surface mounted or recessed version. The Module 70 and Power Beam models are available in 1,000 and 1,850-lumen versions, and Module 90 is available in 1,850 and extremely high 4,000-lumen versions. The universal and slim design allows vehicle manufacturers to convert existing halogen work lamps easily and quickly to LED technology. The housing and the lens are made of special plastics, which not only reduce weight but are also highly corrosion resistant. The new cooling fin design is modern and ensures optimum heat dissipation, thus increasing the efficiency and service life of the work lamps. The S-series work lamps are available in close-range and long-range illumination. Further model and illumination variants are already under development.

Smart lighting solutions for heavy-duty applications

With the intelligent work lamp RokLUME 280N SMART, HELLA is presenting another highlight for heavy-duty applications at CONEXPO. The RokLUME 280N SMART increases safety in mining and construction sites. With its light settings, the intelligent work lamp changes the color temperature from warm to cool white and the light color to green or amber, depending on the variant. This adjustment of the light color is of utmost importance, especially in poor visibility conditions caused by dust, snow, or fog, to ensure the highest possible visibility. In addition, the brightness level can be adjusted to the current lighting conditions using the dimming function. The work lamp has six illumination options, including ZEROGLARE with a new patent-pending reflector. The work lamp can be operated easily and quickly by using the HELLA control panel or the Human Machine Interface (HMI) in the vehicle.

Conventional work lamps can be replaced with the intelligent RokLUME 280N SMART in no time. Powerline communication (PLC) enables the control unit (gateway) to communicate with the work lamps over the existing harness without interference and no changes to the vehicle architecture. Unplanned downtime is prevented with the lifetime management function which give a warning before the work lamp’s lifetime expires. Anti-theft protection and a memory function for storing individual illumination settings are also integrated. With Gateway Prime, the vehicle can also be equipped with a cornering light function.

RokLUME 280N Gen. 2 work lamp with six illumination variants

Another HELLA highlight is the popular RokLUME 280N work lamp for heavy-duty applications. The RokLUME 280N Gen. 2 series work lamps are well-suited for harsh mining environments and heavy-duty applications. This is because ideal working area illumination is crucial, especially in rough terrain, so that the driver can react to obstacles and hazards in good time. With a very high light output of up to 5,000 lumens and six illumination options, including a tunnel floodlight, the RokLUME 280N Gen. 2 work lamps not only provide better visibility and thus increased safety, but also improved productivity, as the light is similar to daylight, allowing operators to work with less fatigue. Meanwhile, its energy consumption is just 50 watts. Compared to halogen devices, this means a reduction in power consumption and thus contributes to CO2 reduction. The housing of the RokLUME 280N Gen. 2 work lamp is made of high-quality die-cast aluminum with a corrosion-resistant NanoSafe coating that is optimally adapted to harsh environments. All work lamps in the series can be mounted upright, suspended, and horizontally thanks to a centered, robust bracket and are optimally adapted to environments with high vibration requirements. With its compact size, the new RokLUME 280N Gen. 2 work lamp is an absolute all-rounder, ideal for all mining vehicles and heavy-duty machines.

In addition to the highlights mentioned, HELLA will present its complete product portfolio ranging from front and rear lighting, VISIOTECH projection technology, and warning lights to electrical and electronic products.

Experience the innovative HELLA lighting solutions for construction machinery and mining vehicles live at CONEXPO in Las Vegas, NV, from March 14 to 18, 2023, in South Hall First Level, Booth S62633.

OEMs need to navigate a challenging environment with ever stricter emission regulations, complex after-treatment components and setups, and demanding space requirements. “Designing configurations that meet manufacturer’s requirements for after-treatment and controller components is a significant burden to OEMs,” said Arley Bedillion, Sales Manager, Yanmar Power Solutions. “Yanmar’s Powerpack provides the OEM with a power solution that already meets many of the validation requirements, simplifies installation and reduces the work required by the OEM customer.”

The Powerpacks are assembled at the Yanmar America facility in Adairsville, GA.

At the heart of the Powerpack is the 4TN107FTT inline four-cylinder diesel engine. The powerful 4.6 L diesel was first unveiled at Bauma in 2019 and meets EPA Tier 4 final and EU Stage 5 exhaust emissions regulations. The 4TN107FTT features two-stage turbocharging, with a low-pressure turbocharger raising power at higher speeds and a high-pressure turbo boosting output at low engine speeds.

“As a first for Yanmar America, the two-stage turbocharger for industrial engines allows for a 45 kW (60 hp) power increase at 2200 rpm compared to our single turbocharger version”, said Carl Micu, Yanmar America Power Solutions division. “We work closely with our customers, developing innovative products and services to meet the challenges of industry towards A Sustainable Future for all.”

IIBEC’s annual event features live, in-person educational seminars, a two-day trade show, and live product demonstrations. IIBEC offers cutting-edge information regarding advanced technologies, design, construction, maintenance, and repair of modern and/or older building enclosures. 

Polyglass will be featuring a wide range of products and technologies this year in their updated booth, with plenty of information and educational opportunities for contractors to learn the features and benefits of these products.

Some highlighted products & technologies at the Polyglass booth include:

• ADESO® Self-Adhered Technology – Polyglass’ patented dual-compound self-adhered (SA) membranes feature a true APP or SBS formulation on the top weathering side and an aggressive self-adhered formulation on the bottom side of the reinforcement. This technology provides easy and effective application, enhanced lap sealing and solutions for multiple surface types.
• Commercial Roofing Systems – Polyglass provides flexible, custom-designed roof system configurations for commercial roofing. From self-adhered membranes to energy efficient liquid roof coatings, Polyglass products can accommodate a wide range of roof types, surfaces, climates and weather conditions.
• Building Envelope Solutions – With a long-standing strategic commitment to investing in R&D, our Polyglass family and vision for the future have grown exponentially. Evolving through innovation, our company offers high performance and exceptional quality Building Envelope Solutions.
• SPARC: SPARC®, the revolutionary state-of-the-art roofing system configurator will eclipse anything you have seen before in the Commercial Roofing arena. With SPARC®, you will be able to create, customize and send specs and submittal packages to Polyglass contractors in less than 30 minutes!

Mark your event calendar for Polyglass’ presentations and demos at IIBEC. Their first presentation will be SPARC-The Next Spec Gen. by Chris Gory, Marco Miotto & Jimmy Akins on Saturday, March 4th, 5:15 pm – 5:45 pm. It will be followed by the Polyglass USA Inc. Lateral Water Migration Demo & Presentation by Mark Franciosi on Saturday, March 4^th, 6:15 pm – 6:45 pm.

Be sure to visit Polyglass at the 2023 IIBEC International Convention and Tradeshow at Booth #623. For more information about Polyglass and their products contact a sales representative, or visit Polyglass.us.

Available in print and online, the new catalog is designed to assist engineers, architects, designers, pro suppliers, and contractors in selecting the most suitable fastening systems and solutions for improved performance, efficiency, and productivity. As with the 2019 edition, the catalog has been separated into two complementary parts — the main catalog and a technical guide — to make locating project- and application-specific information even easier.

Innovative new fastening systems, solutions, and products in the 2023 catalog include the following:

The CSV Construction Screw, Wafer-Head Construction, and Finish Trim medium-duty screws for a variety of projectsThe safe and ergonomic cordless Quik Drive^® PRO200SG2, PRO250SG2, PRO300SG2 and PROCCS+ auto-feed screw driving systemsNewly redesigned wood-to-steel solutions featuring an upgraded Quik Drive PROHSD65M and PROHSD75M, as well as new Strong-Drive^® TF Wood-To-Steel fastenersExpanded Strong-Drive structural screw offerings for Mass Timber applications, including fully threaded SDCF Timber-CF and SDCFC Timber-CFC screws; partially threaded SDCP Timber-CP screws; and SDHR Combo-Head screwsStainless-steel versions of the popular Strong-Drive SD Connector screw for use with Simpson Strong-Tie stainless-steel connectorsThe Strong-Drive SDPW Deflector screw solution for non-load-bearing partition wall applications

“Simpson Strong-Tie continues to be an industry leader in designing and testing innovative products that help our customers build safe, strong structures while boosting efficiency and productivity,” says Scott Park, Director of Product Development – Fastening Systems at Simpson Strong-Tie. “The 2023 Fastening Systems catalog is designed to be a one-stop resource guide for our contractors, suppliers, engineers, and specifier customers seeking the information on our latest product innovations as well as updated changes related to loads, codes, or new testing.”

Fastening Systems catalog enhancements for 2023 include an expanded table of contents along with separate product indexes alphabetized both by name and by model number; full-spread chapter separators and subindexes for easier navigation; color-coded product categories; and a newly consolidated hand-drive nail section. The technical guide also includes full-spread chapter separators and user-friendly subindexes, as well as detailed installation illustrations, spacing diagrams, and load tables for solutions that are now organized by application rather than by product.

For more information or to order your copy of the Simpson Strong-Tie 2023 Fastening Systems catalog, visit strongtie.com/resources/literature/fastening-systems-catalog.

Previously, engcon presented its third generation tiltrotator together with a series of product innovations for accessories. engcon’s third generation tiltrotators were first launched in May 2022 at the Norwegian construction trade fair called Vei og Anlegg. The new tiltrotator system will transform the excavation industry with its smart technology that meets the increased demands of electrification, digitization, safety, and sustainability.

Now, engcon presents updates and solutions for the needs of end users, with comfort and safety in focus. Among other things, engcon’s removable grapple cassette GRD60 for excavators with a tonnage of 14-19 has been updated with oil couplings as standard for smoother handling. The grip cassette is also angled down to 15 degrees to give the opportunity to work in different positions and provides a longer picking range. It’s easily hooked into the attachment bracket, locked and the hydraulics are connected with a single hand grip.

– Thanks to our innovation-driven work with a focus on the end customer, our customers can trust that engcon always delivers state-of-the-art technology. Our package must be the comprehensive solution and the premium product that our customers want, now and in the future, says Martin Engström, Product Manager at engcon.

engcon develops its waste cassettes

The tiltrotator system allows for a range of different attachments, including the option to connect a waste cassette. This is something that has been well received by customers who have requested several sizes with the same characteristics as the existing waste cassettes in the range. Now there is also a removable waste cassette in the tonnage 4-6 adapted for S40 attachment. With engcon’s tool mounts, it is prepared for both removable grapple cassettes and removable sweep cassettes.

Another improvement is that all our detachable brooms are delivered with a narrow brush set that has been developed for use in, for example, house drainage, cable digging or other hard-to-reach surfaces.

– It’s incredibly fun when our customers request development of our products. It shows that they actively use and appreciate the products, with the help of their feedback we get the opportunity to launch updates and developments that are tailored to their needs, continues Martin Engström.

See the entire product catalog here (link). Several of these product innovations will be presented on March 14–18 at the year’s largest machine fair, Conexpo 2023, Las Vegas, USA. Visit engcon at stand F8533.

Kubota will feature the newly developed, 3.8-liter hydrogen engine at CONEXPO starting March 14. Similar to gasoline engines, the 3.8-liter hydrogen engine offers spark ignition while packing a punch at 85 kW – which is also the power required for a 45 kVA generator. Specifications of the engine include 3.8 liter and 4 cylinders for multiple applications, making it a great alternative fuel solution.

Along with the 3.8-liter hydrogen engine, Kubota announced last year that all Kubota diesel engines in Europe were approved to use paraffin-based fuels that comply with European standard EN15940. This permits the use of gas to liquid (GTL) and Hydrotreated Vegetable Oil (HVO) fuels complying with the standard, enabling a reduction in CO2 emissions of up to 90% with no engine modifications needed. To expand on this, Kubota is happy to announce that the use of HVO is also approved for use in Kubota diesel engines in the United States. This announcement further underlines the company’s commitment to a carbon-neutral future as HVO and GTL offer a range of environmental benefits compared with more conventional fuels, making it yet another fuel solution.

Kubota is excited to announce the D1803 P1 Hybrid engine as an additional hybrid solution. This engine is compact and highly robust with an integrated motor generator embedded within the flywheel housing. With the P1 Hybrid engine, the motor only assists for the brief periods in which high output is required. Additionally, necessary components are provided by Kubota, so customer development resources can be kept to a minimum.

The switch between engine and electric motor drive will also come into play with Kubota’s D1105 P2 Hybrid engine. The engine was first introduced at the Bauma 2022 show in Germany; however, Kubota is excited to introduce it to the North American market at CONEXPO 2023!

Offering a rated output of 28.4 HP (18.5 kW) at 3000 rpm, the D1105 P2 Hybrid also offers the ability to transition between diesel engine drive and electric motor drive while in operation. In areas where emissions or noise are a concern, the engine can be stopped and switched to the electric motor. The start of production on the D1105 P2 Hybrid is scheduled for 2025.

Kubota will also feature its V3307 Micro-Hybrid engine, which will be in production later this year. The engine has a straightforward design with three main components: a DC converter, a lithium-ion battery and a motor generator attached to the existing engine model. Learn more about the V3307 Micro-Hybrid here.

Kubota believes that a hybrid system combining engine and electrical power is an effective solution for reducing CO2 from industrial engines, which require high output and high load. As of March 2023, Kubota is promoting three hybrid solutions: the newly introduced D1803 P1, the D1105 P2 and the V3307 P0 Micro-Hybrid.

Also on display is the D902-K, Kubota’s first electronically-controlled diesel engine under 19 kW, introduced in 2021. The D902-K is a 3-cylinder diesel engine with a displacement of 0.898L and an output of 24.8 HP (18.5 kW) at a rated speed of 3600 rpm. Black smoke emissions have been reduced to an invisible level during startup, acceleration and sudden load, all due to the new TVCR combustion system. Learn more about the D902-K engine here.

Building off the D902-K, Kubota’s introduction of the D1105-K engine followed in 2022. Also equipped with the new TVCR combustion system, which reduces black smoke to an invisible level, this new engine has an output of 24.8 HP (18.5 kW) at 3000 rpm, 3 cylinders and 1.123L displacement. The improved fuel consumption and the compactness of the D1105-K allows for ease of installation where the conventional model is already in use. Learn more about the D1105-K engine here.

Along with new additions to the engine family, Kubota will also feature their first-ever diesel engine above 100 HP, the V5009 from the Kubota 09 Series. Introduced at CONEXPO in 2017, this engine was designed to meet the higher power demands and wide range of needs in construction and industrial machines. The V5009 delivers 208 HP while meeting the stringent emissions standards of EPA Tier 4 and EU Stage V. Learn more about the reliability and performance of this engine here.

At CONEXPO, Kubota will be featuring all of these carbon-reducing solutions. We look forward to seeing you at the upcoming exhibition in Las Vegas! Make sure to stop by and visit us in the South Hall at booth #S84415, starting March 14.

On the coast, painted walls tend to fade faster, are pummeled with wind-driven rain, are exposed to salt around the clock and are breeding grounds for bio-growth like algae and fungus.

One 7-story Destin, Florida resort nestled between Choctawhatchee Bay and the Gulf of Mexico was looking for a fresh update but wanted more longevity for their money.

Mike Moore, AmCoat’s Director of Products and Applications, said Destin West Beach and Bay Resort opted for Rhino Shield coatings to protect its structure with a beautiful tropical color scheme.

“Destin West wanted to extend their maintenance cycle for coating their exterior walls,” said Moore. “They sought out Rhino Shield because they knew that they could go longer between coatings and that our product has built-in protection against mildew, algae and fungus — which all go with being on the coast. Less painting and less cleaning add up to more savings for the facility.”

Rhino Shield’s bio-package is a 4-part cocktail that’s EPA approved and very effective.

“Bio-protection is very important in the southeast,” said Moore. “It’s warm and humid, and keeping growth off the paint is a priority for less maintenance and a cleaner look. These walls will stay better looking longer because Destin West invested in Rhino Shield.”

And the savings go beyond extending the painting cycle — there are many other expenses other than paint and labor to consider when coating high rises.

“One major expense for these high rises is getting to the heights they need to for application,” said Moore. “Bringing out lifts, scaffolding and swing stages can be as much as the paint itself. So, with longer lasting coatings, there is a longer interval between expensive maintenance procedures.”

One standout feature for Rhino Shield is its salt tolerance. AmCoat updated its salt tolerance testing for Rhino Coat just last year.

“The salt tolerance test for Rhino Shield shows the ceramic elastomeric coating has excellent performance numbers,” said Moore. “And no blistering was present. It performs so well in these coastal applications, and that’s why so many condo associations and hoteliers and restaurants along the coast are applying Rhino Shield.”

Another feature of Rhino Shield that makes it a high performer on the coast is that it’s designed to lock out wind-driven rain.

“Rhino Shield is engineered with high water resistance which helps keep out rain,” said Moore. “Water intrusion from driven rain can cause water swelling and lead to a whole host of other issues. It’s like having a protective membrane surrounding your building. It’s very effective.” 

Rhino Shield application is preceded by AmCoat’s APS, a quick-drying primer sealer that lets the contractor apply the finish coat sooner saving time and money. A nationwide network of dealers means there is availability across the U.S. for expert commercial installation with contractors who are trained to keep business disruption to a minimum. 

Veteran-Owned and made in the U.S.A., AmCoat products are designed for long-term protection against the elements. 

AmCoat is expanding its Rhino Shield dealer distribution network to Minneapolis, Las Vegas, Seattle, Portland, Salt Lake City, New York City, Omaha, Buffalo, Rochester, Los Angeles, Boise, Baltimore, Richmond and more. Businesspeople in those areas who are interested in learning more about starting up a Rhino Shield dealership should email info@amcoatind.com or call (850) 424-6805. 

Available anywhere, anytime and ready to support any pump requirement – OEM-X line is backed by Sulzer’s global design and engineering capabilities. This comprehensive offering of turnkey repairs and upgrades for pumps improves asset performance and reliability, whilst ensuring operators are equipped to meet the pump challenges of today and tomorrow.

Whether quickly reacting to a breakdown, attaining higher efficiency standards, meeting a new duty point, accommodating a change in process or extending service intervals – every pumping system has unique requirements. With the numerous brands, types and ages of pumps working in applications across industry, operators need a trusted independent service provider (ISP) that can meet every demand.

Giving you the right options for your needs

Sulzer’s OEM-X line offers the best quality pump overhaul, retrofit, upgrade, field service and part manufacturing solutions on the market available from a single source. Leveraging unmatched heritage and expertise from a global pump manufacturer, OEM-X line provides total asset support, backed by a global network of service centers and manufacturing facilities, all accessible around-the-clock.

A worldwide team of experts offers instant familiarity with equipment and application, flexibly working to define the appropriate repair or retrofit approach in terms of quality, speed of delivery and value. Data driven analysis, inspections and reports allows operators to make informed decisions, while the all-in-one package for servicing and parts manufacture means that the perfect, bespoke solution is always attainable. With unsurpassed reverse engineering, finite analysis, 3D laser scanning and retrofits all available at local facilities globally – operators can always get the support they need.

The go-to for any industry challenge

As well as in-house engineering support administered from over 100 service centers, dedicated field service teams are ready to rapidly respond to any pump application challenge. Engineers with experience across the power generation, water, energy, industrial markets and more deliver monitoring, fault diagnosis, testing and inspection for pumps in-situ.

More than that, OEM-X line is tailored to overcome specific industry challenges. Retrofits can allow pumps to reach new efficiency standards, so operators can stay ahead of tightening carbon tax legislation. Local support and sourcing avoids supply chain disruptions and long lead times, helping utilities to keep essential services online. Pump modifications enable equipment to reliably adapt to the changing duty points synonymous with the renewable energy transition. In all cases – a local Sulzer team will be ready to help.

Learn more about OEM-X line here: https://go.sulzer.com/oem-x-line

Watch our OEM-X line video here: www.youtube.com/watch?v=IwiMWRRvQjw

“If materials are late, it creates a ripple effect that affects every single jobsite activity and significantly adds to project costs; the value of Customer Portal is that it answers the question ‘where’s my truck,’” said Ranjeev Teelock, Chief Product Officer at Command Alkon. “Ticket data shared through Customer Portal informs buyers of when the driver picks up the materials and the exact quantities that are on the way to the job. Sharing order information with customers gives them the insight that they need to improve planning and utilization and can dramatically cut down on unnecessary phone calls – by as much as 30 percent.”

Sharing truck locations and ETAs provides visibility from dispatch to delivery and gives customers confidence and trust in knowing where orders are and when they will arrive.

“Field personnel can monitor inbound movement of supplies so that they don’t stack up at the gate and instead can flow easily in and out of the jobsite,” said Deepa Vangimalla, Senior Product Owner at Command Alkon. “If Load Assurance (formerly COMMANDassurance) is also in use and integrated with Customer Portal, there’s insight into the specification of the materials and whether the load is ready to pour.”

To discuss how your operation can elevate customer experiences and improve transparency through Customer Portal, stop by booth N12315 at CONEXPO/CON-AGG to attend a live demonstration, or to speak with one of our Solutions Specialists.

In recent years, the evolution of ADAS (Advanced Driver Assistance System) and other safety measures has required improved reliability for systems that supply power to these applications. As a result, redundant power supplies that can continue to operate core functions (sub-MCUs), even in the event of a main system malfunction, are being increasingly incorporated in automotive power supply system. As redundant power supply circuits are added to conventional systems, they must necessarily be space-saving and consume low power. ROHM’s new products can be used as primary power supplies by taking advantage of original power supply technology accumulated over many years.

The compact (2.9mm × 2.8mm) BD7xxL05G-C series meets key requirements for building redundant power supplies by providing high withstand voltage (max.=45V) with low current consumption (6.0μA typ.). At the same time, leveraging ROHM’s strengths in analog technology ensures stable output voltage even during steep battery voltage fluctuations. Unlike standard products with an overshoot of almost 1.3V that requires a large output capacitor to prevent the rated voltage of downstream devices such as sub-MCUs from being exceeded, ROHM LDOs limit voltage overshoot to just 0.1V, supporting much smaller output capacitors. Together with elimination of the voltage clamping diode, this reduces board area by approximately 29% over general solutions while minimizing the number of additional circuits needed to configure redundant power supplies. High resistance to disturbance noise is also achieved (shown to eliminate output voltage fluctuation at all frequencies during ISO 11452-2 antenna irradiation testing), reducing the design load for noise countermeasures.

Going forward, ROHM will continue to contribute to improving automotive reliability by developing products utilizing its strengths in analog and other technologies.

Product Lineup
The new BD7xxL05G-C series meets basic requirements, such as a compact size, support for 125°C (ambient temperature) operation, qualification under the AEC-Q100 automotive reliability standard, and low current consumption demanded of automotive redundant power supplies. What’s more, they can be used as primary power supplies (45V rated input voltage) despite their small size, with a lineup that makes it possible to select the ideal solution according to the downstream device (i.e., sensor, MCU).

These LDOs are also highly resistant to disturbance noise, suppressing output voltage fluctuations to less than 50mV (<±1%) over the entire frequency band under ISO 11452-2 antenna irradiation testing, reducing the number of manhours required for noise countermeasures.

View the product specifications here.

Application Examples
In addition to redundant power supplies, the space-saving, low power consumption design makes these LDOs ideal for applications that operate when the engine is stopped.

• Brake systems
• Electric power steering
• ADAS ECUs
• Driver recorders
• Body control modules
• Battery control units
• Real-time clocks
• Door handle modules

Sales Information

• Availability: Now (in mass production)
• Online distributors: Digi-Key, Mouser, and Farnell (scheduled for release at additional online distributors)
• Part numbers: BD725L05G-C, BD730L05G-C, BD733L05G-C, BD750L05G-C

Trimble connected construction technology streamlines communication and collaboration throughout the construction lifecycle. The company’s technology connects people, machines and projects to deliver real-time data to infrastructure owners, engineering firms and civil contractors. These solutions and more will be on display in the Trimble booth, #W41522 in the West Hall. Specifically, Trimble will highlight the following:

• A new purpose-built machine guidance solution designed to be versatile, portable and easy to use. The new solution gives small site and utility contractors an entry-point into construction technology that has not existed until now.
• The Trimble Earthworks Machine Control platform, and specifically the Trimble Earthworks for Soil Compactors – Horizontal Steering Control technology, which is one of the top 10 finalists for the CONEXPO-CON/AGG Next Level Awards Program. Trimble will also be sharing the results of a recent study that sets a standard for expected reduction in greenhouse gas emissions through semi-autonomous compaction operations.
• Trimble ERP, estimating and project management solutions, including Viewpoint, ProjectSight, and the recently-acquired B2W software solution.
• Trimble solutions in robotics, including live demos of Spot, the Boston Dynamics robot dog, equipped with the Trimble X7 Laser Scanner. Trimble has broken new ground on development with Boston Dynamics’ Spot robot by integrating hardware and software to provide a completely autonomous laser scanning solution for progress tracking.

In addition to the company’s booth, CONEXPO attendees can also hear from Trimble experts in the following education sessions:

• Sustainability 101 – Wednesday, March 15 from 9:30-10:15 a.m. with Dietmar Grimm, vice president corporate strategy and sustainability solutions at Trimble
• Asphalt Paving Technologies Moving Operations into the Future – Wednesday, March 15 from 1:00-2:00 p.m. with Kevin Garcia, general manager, Civil Specialty Solutions at Trimble
• Alleviating Worker Shortage With Task Automation – Thursday, March 16 from 1:00-2:00 p.m. with Cameron Clark, earthmoving industry director for Trimble Civil Infrastructure Solutions
• Operationalizing Robotics and Autonomous Equipment – Friday, March 17 from 9:30-10:15 a.m. with David Burczyk, construction robotics lead at Trimble 

For more information about Trimble’s presence at CONEXPO, visit https://go2.trimble.com/conexpo.html.

This new H1A hurricane tie is included in the soon-to-be released Simpson Strong-Tie High Wind Guide, a 68-page resource for designers and contractors in high-wind regions of the country. The updated High Wind Guide features product information and technical details for building in areas subject to hurricanes or tornadoes.

According to the first extended-range forecast for the 2023 Atlantic hurricane season provided by Tropical Storm Risk (TSR), there’s approximately a 70% probability of average or above-average hurricane activity in 2023. The forecast calls for 13 tropical storms and six hurricanes, including three intense hurricanes.

Designed for nominal 2x lumber, the H1A features innovative embossments that add stiffness for improved allowable uplift and lateral loads. In addition to providing strength and versatility, the H1A installs quickly and easily with 1 1/2″ nails, eliminating the need to use two different nail sizes in the same connector and reducing both the length and overall number of nails required.

“We took one of our most popular hurricane ties and looked at whether it was possible to make it even stronger and easier to install. Our innovative engineers discovered the answer was yes to both questions,” says Bryan Wert, Simpson Strong-Tie director of Connectors and Lateral Systems. “Our new H1A installs with one shorter size nail, and has proven in testing to meet the dynamic construction needs of engineers, designers, and builders working in seismic and high-wind regions of the country.”

Ideal for both single-family and multifamily wood-framed construction, the H1A provides a connection between the truss or rafter and the wall for the increased strength to help buildings resist wind and seismic forces, and is available in standard G90 galvanization or with ZMAX^® coating for corrosion resistance.

For more information about the H1A hurricane tie, including resources on building safer, stronger, resilient structures in areas prone to high-wind or seismic events, visit go.strongtie.com/h1a.

“Design professionals today understand the importance of the continuity of air and water management for the full building enclosure,” said Benjamin Meyer, Siplast Building Enclosure Business Director. “We’re proud to support them with a full suite of above-grade air and water-resistive barrier systems that provide the same manufacturing quality and trusted performance that customers have come to know and expect from Siplast, while offering maximum compatibility with our roofing and waterproofing systems.” 

Continuity of air and water management from roof systems, vertical walls, and waterproofing terminations is critical for commercial buildings to achieve durable designs, energy-efficient performance, and occupant health and comfort. As part of a holistically-designed building enclosure system, Siplast WALLcontrol systems can contribute towards optimized energy performance and improved indoor air quality for building occupants. 

“Today, design professionals choose Siplast for high-performance roofing and waterproofing systems that protect mission-critical structures,” said Kirk Goodrum, Vice President and General Manager of Siplast. “They count on Siplast for unparalleled levels of service and partnership, and have trusted us to be there with them every step of the way through their projects. We’re pleased to now take the next step with Siplast WALLcontrol air and water-resistive barrier solutions for above-grade vertical walls.”  

The new Siplast WALLcontrol system will be on display at the 2023 International Institute of Building Enclosure Consultants (IIBEC) conference from March 4th – 5th in Houston, TX. Conference attendees can visit Siplast at Booth #717, or go online at www.siplast.com/awb to learn more.  

VisiWord^® now includes a project tree filter, enabling customers to focus on specs that need to be worked on such as red status flag docs, parameters such as volume, discipline, or revised date, or even a mix of these options. Projects can contain hundreds of documents, so the ease of working on a filtered set saves time while also reducing errors and omissions.

VisiWord now includes new reports to help owners and project managers identify when the spec used in a project is older than the source master document that was originally inserted. The report also allows the differences between documents to be reviewed and updated as needed.

Customers are seeing the upgrade process to VisiSpecs for writing all their projects is streamlined based on the advanced importing routines. VisiSpecs supports the broadest number of master templates and specifications while providing the easiest tools to learn and use. New local backup options have been included to further support and streamline the process.

VisiRevit^® has a new management solution for model key links, enabling a variety of projects to be automated, coordinated, and verified without changing the BIM model. The advanced project management is similar to the keynoting file management and coordination within VisiSpecs. With import and export options and new automated backup routines, both the keynoting and model key link integration are user-friendly and powerful.

Keynoting in VisiRevit includes new functionality for selecting and editing keynotes during placement, reducing the delays often found during the keynote management process. Importing keynotes also includes the ability to assign those keynotes to the model elements and materials, which used to take customers many manual hours and inevitably incurred errors.

The v23.0 release also includes customer-requested user interface updates, help and messaging updates, and performance updates that help new users learn how to use VisiSpecs. All customers have been updated with the v23.0 release. Many current and prospective customers got to see the new release at the recent AHR Expo in Atlanta.

Visit www.chalklineinc.com or email info@chalklineinc.com to learn more about VisiSpecs applications, request a free trial, register for a webinar, read customer testimonials, or download product information.

“The addition of a small diameter UV curing technology rounds out our product line-up and provides a system specifically designed for laterals and interior building piping systems,” said Mike Vellano, CEO of Vortex Companies. “We have partnered with S1E, whose core customers include residential and commercial plumbers, to be our distribution and sales partner.”

“We’re extremely excited to add MICROcure to our catalog of pipe repair solutions,” stated Ron Smith, President of S1E. “There is a huge need for this non-invasive pipe renewal technology, and we’re excited to present it to our customers looking to grow their business.”  

MICROcure is specifically engineered to reline sewer mains, laterals, and interior plumbing systems ranging from 3” to 10” in diameter and works with both inversion and CIPP methods. Designed for portability, MICROcure is built on a two-wheel carriage and weighs only 176 pounds.  The system comes with two light sources for optimum curing: a 2×400-watt unit that easily navigates multiple bends up to 90 degrees for 3” to 6” pipe, and an 8×100-watt unit that accommodates 6” to 10” pipes. Vortex and S1E’s training support resources will be valuable to help educate the North American market about MICROcure’s advantages for small-diameter trenchless rehabilitation, supporting domestic adoption of the technology.

“MICROcure’s application versatility, and compact size make it a sensible addition to a plumbing contractor’s services,” added Smith. “It will potentially create a new income stream for plumbers wanting to invest in a trenchless and non-invasive solution for repairing or renewing in-building piping systems as well as structures’ lateral and sewer lines.”

Learn more about MICROcure’s capabilities by visiting ims-robotics.com/microcure.

From April 17 to 22, 2023, Messe München will once again be the industry meeting place for the construction industry: with 250,000 visitors and over 2,000 exhibitors from almost 50 countries, BAU is one of the leading events for the construction industry worldwide. The Nemetschek Group uses this large stage to present its solutions for more efficiency and sustainability along the entire construction life cycle together with the ten brands ALLPLAN, Bluebeam, CREM Solutions, dRofus, FRILO, Graphisoft, Nevaris, SCIA, Solibri and Vectorworks. The brands will present themselves for the first time at an impressive joint stand under the umbrella of the Nemetschek Group in Hall C5 booth number 322.

The presence will focus on the topics that are also occupying the industry at the moment: How can improved collaboration help to increase the efficiency of construction projects? What is the potential along the construction lifecycle to improve sustainability and the ecological and energy footprint of buildings? Which influence will cloud technologies and digital twins have on workflows in the construction industry of the future? The Nemetschek booth will offer many opportunities to exchange, explore and inform, including a coffee bar and a presentation area where the brands will present their solutions. In addition to numerous demo opportunities, a few start-ups in which the Nemetschek Group has invested lately, will also be on site to present their innovative solutions.

The Nemetschek Group is one of the pioneers for the digital transformation of the construction industry and is celebrating its 60th company anniversary this year. The joint appearance with ten Nemetschek brands underlines the claim of the group to further optimize the collaboration between individual partners on a construction project with digital solutions in order to minimize time- and resource-intensive friction losses. Together, the Nemetschek Group demonstrates the synergies that can be achieved with its solutions across the entire value chain in the AEC/O industry. The strong, open brands support their customers along the life cycle of buildings with cross-discipline and cross-product, barrier-free solutions and workflows.

“Together with all our exhibiting brands, we will show how our customers and the entire construction industry benefits from the software solutions of the Nemetschek Group today and in the future – especially looking at the major challenges that the industry is facing such as climate protection, the more careful use of resources, or the question of affordable housing,” explains Yves Padrines, CEO of the Nemetschek Group. He adds: “We do not think in terms of products, but in terms of workflows, along the entire value chain in the AEC/O industry. More and more customers want open, combinable, and scalable solutions. This is what we as the Nemetschek Group have been driving for 60 years.”

The goal of the Nemetschek Group is to help all stakeholders in the construction lifecycle to find digital answers to their challenges and at the same time to exploit the enormous potential of digitalization – for an overall better and more sustainable built world.

With more than 120,000 square feet of show floor space and nearly 5,000 participants expected to be on hand, The Precast Show is a meeting spot for infrastructure experts, industry leaders, innovators and educators discussing new technologies, creating connections, driving business growth and showcasing the industry.

“The Precast Show is the highlight of the year for our industry,” NPCA President FRED GRUBBE said. “It is an event that showcases the industry as a whole but also prides itself as a place where active conversations lead to millions of dollars’ worth of business.”

The Precast Show is hosted by the National Precast Concrete Association (NPCA) alongside participating associations the Precast/Prestressed Institute (PCI) and the Interlocking Concrete Pavement Institute/National Concrete Masonry Association (ICPI-NCMA). Learn more about The Precast Show at the event website: ThePrecastShow.org.

Industry experts with national, international or Ohio-specific perspectives are available for interviews by request. To schedule a time to talk, email NPCA Director of Communications JOE FROLLO at jfrollo@precast.org.

Construction projects are increasing nationwide and the construction industry continues to add jobs. With costs also on the upswing, Contruent Enterprise offers owners and EPCs a simple way to stay on project and budget and make the most of industry opportunities. Contruent Enterprise, a software-as-a-service (SaaS) solution, was built to help budget owners of public infrastructure and large-scale commercial megaprojects ($100 million+) complete projects faster, better and with cost savings.

Contruent Enterprise is ready to use right out of the box. The software improves the scheduling and budget management of construction megaprojects with a customizable dashboard and other features such as integrated cost and schedule, contract management, engineering, and field management. Contruent Enterprise gives customers a robust project-ready management tool that can assist with timeline and budget needs, in one place. The Contruent Enterprise cloud-based platform enables users to:

• Easily navigate cost management details, including budget information, variance analysis, staffing, funding, and scheduling.
• Optimize spending and performance and improve contractor management.
• Oversee project-critical change management and contract management capabilities to enhance communication and collaboration.
• Achieve better oversight of engineering, procurement, and field management.

“Construction projects show no signs of slowing down, particularly with President Biden’s $1.2 trillion infrastructure initiative being deployed and budget owners need the best tools to manage these opportunities,” said Ryan Kubacki, Contruent CEO. “Our new SaaS solution, Contruent Enterprise is faster than its predecessor, integrates cost and schedules and comes project-ready with a quarter century of best practices built in. The result is unrivaled accuracy, speed, and cost efficiency.”

Contruent Enterprise includes all the features customers love from its predecessor ARES PRISM while offering new and improved enhancements. Contruent Enterprise is cloud-based to facilitate collaboration and visibility creating easier processes for project managers and large construction crews. Clients utilizing existing on-premise legacy systems will continue to receive the same promise and support with a stronger business foundation.

Contruent was formed after ARES PRISM was acquired by M33 Growth, a growth equity firm that appointed co-investor and experienced software executive Kubacki as its CEO to grow and innovate. Contruent makes the best cost management tools for large capital projects in the government infrastructure, oil and gas, energy and mining industries. The company’s software has become an industry benchmark for strategic capital project systems, helping industries worldwide deliver mega projects and complex infrastructure in 26 countries.

“In 2022 we invested significantly in research and development and complemented our deep engineering expertise with a new management team from Oracle, Google and Microsoft to innovate, scale and grow,” Kubacki said. “This resulted in growing our global business by 55% in 2022 and we are just getting started.”

Learn more about how Contruent Enterprise has helped businesses from different industries streamline construction projects at Contruent customer success stories, or contact jengel@contruent.com to schedule a product demo.

Bluesky’s sister company, Bluesky International of Leicestershire, England, developed and introduced the MetroVista program in the United Kingdom in 2018 and has mapped more than 20 cities across the England and Scotland in 3D. For the U.S. program, Boston is the first metropolitan area completed by Bluesky Geospatial, which will feature in project presentations this week at Geo Week 2023 in Denver.

“For many clients, the MetroVista 3D data set serves as the foundation for highly detailed digital twins at the heart of Smart City initiatives,” said Bluesky Chief Commercial Officer, Ralph Coleman. “The rich information content of the 3D data enables accurate visualization of existing features for informed decision making and realistic simulation of future development for comparative analysis.”

The MetroVista product is already being used in city management and urban planning for agencies as diverse as emergency services, transportation, environmental protection, and utilities. Bluesky has seen rapid growth in the adoption of 3D data sets and digital twins in the AEC (architecture engineering construction), real estate, and insurance sectors.

For data collection, Bluesky flies the airborne Leica CityMapper-2 hybrid sensor which captures simultaneous oblique and nadir imagery along with LiDAR elevation measurements. Bluesky processes the data to create georeferenced 3D mesh models with 5-cm resolution and 10-cm accuracy. The 3D models are delivered in a variety of formats for direct ingest into GIS and CAD environments.

“The MetroVista 3D product allows managers and planners to measure, model, and analyze the terrain and features in their cityscapes with confidence – all without leaving the office,” said Coleman.

The MetroVista U.S. program builds on a nearly 80-year legacy of delivering accurate, reliable and quality mapping projects under the Col-East name since 1946 and as part of the Bluesky brand since 2017. Along with its full line of aerial mapping services, Bluesky Geospatial will perform MetroVista city projects for clients in the Northeastern U.S. and beyond, adding to its archive of aerial imagery, photography, and LiDAR products.

Geo Week 2023 attendees are invited to visit booth 315 at the Colorado Convention Center where Bluesky President Simon Tidmarsh, Account Manager Shaun Vincent, and Ralph Coleman will discuss the MetroVista program and other mapping services from February 13 to 15. Ralph Coleman will present on the Boston 3D project during the “Digital Twins at Scale” session at 2 pm on Monday, Feb. 13.

“I believe that great success comes from laser focus; we are getting back to the basics, and one of the ways to do that is to clarify our focus as a company,” says Martin Willoughby, Chief Executive Officer at Command Alkon. “This can be remembered as our ‘1-2-3-4 approach.’ We are one united, global company with two listening ears that serves three core markets (ready mix, aggregates, and asphalt) by delivering value through four product suites.”

Over the last year, the company has worked to make active listening – two listening ears – a tenet of its culture to strengthen relationships internally and externally. This correlates directly with customer feedback and reviews.

“I believe listening isn’t just about hearing words; listening is seeking to be changed by the other person,” said Martin. “The best way to serve our customers is by continually listening to them to discover the most pressing priorities in their business. In this spirit, I regularly visit customers seeking to understand what we’re doing well and what we need to improve. There are several key themes which our strategy addresses. The customers that we serve want us to be easy to do business with, deliver consistent services, be a true partner, and deliver on our product roadmaps.”

The company’s redefined culture and strategies are aligned to drive improvements in these areas.

Building a Relentless, Customer-Driven Team

Command Alkon’s mission is to bring people and technology together to advance the heavy building materials industry.  To accomplish this mission, we are partnering people with years of expertise in the heavy building materials industry with people with years of software industry experience to build a modern, high-tech company.

The team has been purposefully crafted this way to ensure that the company can leverage decades of experience and learnings when developing solutions that drive meaningful results for materials supply operations all around the world.

Partnering with Customers to Drive Innovation

To help achieve this goal, the company has set up a customer advisory board which will help guide the evolution of solutions and services, provide a structure for questions, concerns, and issues to be raised, and engage on important industry topics.

By partnering with customers to understand their unique challenges, the company can develop innovative solutions that are easy-to-use, faster, and more accurate than ever before.

Leveraging Framework to Unleash Untapped Product Opportunities

When developing products, Command Alkon aims to uncover the underlying goal that users are trying to achieve by leveraging the “Jobs to be Done” framework, implemented by new Chief Product Officer, Ranjeev Teelock.

“Our product managers are partnering with customers around the globe to gain feedback on their existing products and discover how best to optimize their business operations,” said Ranjeev. “We are quickly iterating solutions based on the feedback received to ensure that products are driving meaningful results.”

Aligning with the company’s core value of integrity, it is transforming its approach to product development and bringing products to market through complete transparency into product roadmaps, progress, and timelines.

To deliver world-class products, the company is laser-focused on four core product suites.

“There is beauty in understanding that you don’t have to do it all; to be a valuable partner, we will stay focused on four key product suites,” said Martin. “We want to make sure we are delivering the excellence that customers are looking for around our production and quality, dispatching, trucking solutions, and new products that we will be rolling out for back-office operations. Focusing on these four core areas will allow us to innovate faster and deliver better for the people that we serve.”

As the company delivers cloud-enabled core products, customers can securely connect with their own software or third-party tools. The company’s cloud-based platform is secure, scalable, and ready for real-time, mission-critical operations.  The platform sits on top of Amazon Web Services and security measures are taken to the next level through NIST audits.

Listened and Learned

The company is hard at work releasing new iterations of existing products based on feedback:

Better user experience for TrackIt – Customer feedback reflected that the company’s TrackIt solutions needed to deliver a better experience for users. In response, the company is rolling out many changes, including new dashboard containing key charts and productivity indicators.

Cloud-Based Dispatch – A consistent theme amongst customers was that they needed dispatch operations in the cloud. Command Alkon listened, prioritized, and in record-time developed and released the first version of cloud dispatch. This product is rapidly evolving to meet customer needs from a dispatch perspective.

Customer feedback indicated the need to easily integrate Command Alkon Solutions with existing solutions of their own to replace slow and error-prone manual handling of information with seamless, automated workflows.

The company is simultaneously focused on partnering with other software developers to provide an open API for simplified integrations to make it much easier for customers to utilize data from their Command Alkon solutions.

Customers can securely connect to their own software tools to share data with customers and with partners, including governmental agencies. This shift will help the industry continue to share information and link common systems together for ease of use.

This new API approach will enable integrations with other applications so that Command Alkon can help drive data-driven decisions and take productivity to new heights.

Aligning Team and Product to Deliver World-Class Customer Experiences

Customer-Driven is Command Alkon’s core value that promotes the culture of world-class experiences across the organization.

Command Alkon customers have access to experts with deep product, industry, and technical knowledge to help them across their full lifecycle – from planning through implementation and ongoing success.

The Professional Services organization has redefined success as delivering exceptional experiences and valuable outcomes for the customer. Under the direction of Brett Bertz, Command Alkon’s Global Professional Services team is designing and executing strategies that ensure services are efficiently meeting and exceeding customer needs during implementation.

“We listen to our customers and use our expertise, leading practices, and technology to advance the heavy building materials industry,” said Brett Bertz, Senior Vice President of Global Professional Services.  “We solve problems, improve processes and deliver value with innovative solutions and exceptional customer experiences.”

Command Alkon’s Support Services organization is now led by Bob Holbrooks, a 20-year veteran of the team. “We understand the important role our technology plays in our customers’ operations, so we are focused on the continuous improvement of our customers’ experience with support,” said Holbrooks. “We are committed to taking the necessary steps to improve collaboration and processes within our team and other functional teams, empowering staff with the knowledge needed to offer support 24/7, and acknowledging critical issues quickly to ensure customers can get back on track without significant delay.”

Additionally, the company has formed a new Customer Success team, led by Steve Cox, to execute on the company’s value-driven customer success strategy, ensuring clients get the most out of their investments with Command Alkon.

“Throughout my career, I’ve developed a passion for serving the people in this industry,” said Steve Cox, Vice President of Customer Success at Command Alkon. “You won’t find people better than the ones that we work with in any other industry, and I’m grateful to be in a position where I can help to ensure that their engagements are meaningful and that we are partnering for success.”

Their field-proven, reliable Cat C7.1 engine offers high power density with a combination of proven electronics, fuel and air systems. Equipped with the automatic Cat regeneration system, the engine meets U.S. EPA Tier 4 Final, EU Stage V, Korea Tier 5 and Japan 2014 emission standards without interrupting operation. Electric fuel priming pump, fuel-water separator and secondary fuel filter combine with component design and machine validation to offer unmatched reliability and uptime.

Simple-to-use technologies

A range of standard technologies on the 950 and 962 wheel loaders efficiently monitor, manage and enhance jobsite operations. Providing accurate weighing* of material, Cat Payload with Assist displays data in real time to improve productivity and loading efficiency. The operator can now fully automate bucket loading using new Autodig to improve fill factors and loading times. Working in combination with Autodig, new Auto Set Tires promotes proper loading technique to significantly reduce tire slip and wear.

New application profiles give operators the ability to set customized profiles for customer-specific applications at the touch of a button to optimize loader settings for the job. Facilitating loader operation, selectable job aids allow operators of all experience levels to be more productive. Wirelessly connecting the machine to the office, Product Link gives access to production and essential machine health information for making fact-based decisions.

Loader and operation productivity are further enhanced with optional Cat technologies. Available Cat Advanced Payload with Assist includes Tip Off Assist to automate load adjustment of the final bucket to match target. Plus, its enhanced lists management, site integration and extended scale features help manage and improve productivity. Also helping to improve profitability of operations, the optional Cat Productivity subscription provides detailed and comprehensive actionable information.

Greater efficiency and production

The consistently high bucket fill factors provided by new Autodig with Auto Set Tires delivers up to 10% more productivity for the 950 and 962 compared to the previous models. Single clutch and lock-to-lock shifting of the 5-speed transmission offers faster acceleration and speed on grades. The new loaders offer improved traction with standard front manual differential locks, with optional automatic front and rear differential locks available, to increase productivity, reduce tire scuffing and lower operating costs.

Depending on region, the 950 and 962 are equipped with either conventional or optimized Z bar linkage. The conventional Z bar design delivers high breakout force at ground level. Optimized Z bar linkage offers parallel lift capability for precise work tool control as well as providing high breakout force at ground level.

Cat Performance Series Buckets balance bucket shape against the loader’s linkage, resulting in higher fill factors and better material retention. Allowing the machine to move quickly from task to task, the Cat Fusion Quick Coupler offers easy tool changes without the operator leaving the cab.

Elevated comfort and safety

Sound suppression, seals and viscous cab mounting decrease noise levels and vibration feedback to the operator for a quieter and more comfortable work environment. Providing excellent comfort and accuracy, the standard HMU steering wheel offers precise machine control. A seat-mounted electrohydraulic joystick steering option replaces the HMU steering wheel to deliver low-arm-fatigue operation. New in-cab dashboard and high-resolution touch displays afford intuitive, user-friendly operation.

The new 950 and 962 come standard with a rear-vision camera to enhance visibility behind the loader and work safely. Industry-leading all-around visibility is achieved through the cab’s floor-to-ceiling windshield, large mirrors with integrated spot mirrors and rear-vision camera. Optional multiview (360-degree) vision system, Cat Detect radar technology, and access light and an under-hood service lighting system are available to further enhance safe operation and maintenance.

Lower maintenance time and costs

Ongoing filter and fluid costs are up to 30% lower on the new models thanks to new change intervals. Connecting the machine to a Cat dealer’s service department, Remote Troubleshoot helps to efficiently diagnose problems, so the loader can get back to work quickly. Ensuring the new loaders operate with the most up to date software, Remote Flash pushes software updates to the machine in the background and installation can be initiated by the customer in a safe manner, reducing impact on production schedules. The Cat App helps to manage fleet location, hours, and maintenance schedules and provides alerts for required maintenance.

The new 950 and 962 can be ordered direct from the Caterpillar factory with application-specific configurations to optimize performance and machine durability in the toughest applications. Subject to regional availability, industrial and waste models feature additional guarding and reinforcement, while the forestry model increases lift and tilt capabilities of the loader.

More information on the new Cat 950 and 962 Wheel Loaders can be found by contacting a Cat dealer or visiting: https://www.cat.com. 

* not legal for trade

PRODUCT SPECIFICATIONS

Designed for use in cracked and uncracked concrete, as well as uncracked masonry, this new expansion of the Titen HD line is a cost-effective and highly versatile anchoring solution ideal for sill plates, ledgers, post bases, seating and other holdowns, and wood- or metal-to-concrete applications.

Featuring a proprietary heat treatment and ASTM B695 Class 65 mechanically galvanized coating, the new anchor delivers enhanced corrosion protection indoors and provides an affordable solution for applications that involve anchoring treated wood.

The Titen HD screw anchor is designed with serrated teeth that reduce driving torque and speed installation. It’s also easily removable, suiting it for use in temporary applications like bracing and formwork, or fixtures that may need to be relocated after installation.

“Code listed and cost effective for heavy-duty anchoring indoors and out, the new Titen HD mechanically galvanized screw anchor provides the strength and corrosion protection contractors need when building in exterior environments or in applications where anchors are coming into contact with treated lumber,” says Simpson Strong-Tie product manager Scott Park. “Along with proven strength and reliability, the Titen HD is easy to install, making it a versatile solution for a wide range of jobsite anchoring needs.”

Available in standard fractional sizes, the mechanically galvanized Titen HD features an undercutting thread design to efficiently transfer loads to base materials. The hex washer head requires no separate washer (unless required by code), and the specialized heat-treating process creates tip hardness for better cutting without compromising ductility.

For more information about the Titen HD line of mechanically galvanized screw anchors from Simpson Strong-Tie, please visit go.strongtie.com/THDMG.

Since then, advancements in the paint additives industry have come a long way. Latest formulations are mainly designed to add up new useful characteristics that can provide environmental, decorative, as well as functional benefits.

At present, the industry utilizes a wide range of coating additives, and leading manufacturers are constantly investing in research activities to expand their existing portfolios. They are, hence, enabling enhancements such as preventing growth of mildew, quick drying paints, and superior adhesion.

Numerous companies are focusing on improving the antibacterial properties and smell of coating additives. As the demand for enhanced characteristics such as UV protection, dispersion of solids, scrub resistance, gloss control, wetting, improved leveling, and foam-reduction is skyrocketing, key companies are striving to refine their product offerings to generate high shares.

Alongside these improvements, a long line of stringent norms has come along as a result of consumer and political pressure. These norms aim to prevent harm to the environment and human beings by compelling manufacturers to develop new paints that would contain zero volatile organic compounds. Surging desire to upgrade the way paints work and lower their negative influence is expected to pave the way for new coating additives.

Fact.MR, a leading market research firm, mentioned that the global coating additives market is estimated to surpass US$ 9.3 billion in 2023 and exhibit considerable growth at a CAGR of 5.0% in the next ten years from 2023 to 2033. Increasing utilization of innovative coating additives in construction paints to improve the surface effectiveness, as well as viscosity of substrates, is one of the prominent factors propelling sales.

Burgeoning demand for architectural and industrial applications is another vital factor that is estimated to bode well for the coating additive industry. Consumers are expected to choose those exterior coating additives that are highly effective against algae, fungi, and bacteria. On the back of changing demand, prominent companies are likely to focus on introducing high-quality coating additives in the foreseeable future.

TEGO Powder Aid D01 from Evonik Industries AG to Change the Game for Powder Coating Formulators

In December 2022, Evonik Industries AG, a renowned specialty chemicals manufacturer based in Germany, introduced a new multifunctional polymer additive named TEGO Powder Aid D01. It can be used for powder coating formulations and would help to make them disperse by effectively reducing melt viscosity, as well as promoting pigment wetting during extrusion.

The newly launched additive can ensure better Distinctness of Image (DOI) and optimize gloss development on the surface of coatings. TEGO Powder Aid D01 is also versatile in nature as it can be utilized in formulations containing both organic pigments such as carbon black and inorganic pigments & fillers.

As per Evonik Industries AG, its product can generate a significant effect in small amounts and is ideal for those looking for an individual multifunctional additive for numerous powder coating systems. The product can also act as a synergist with a wide range of additives. Over coating is set to be possible with the help of the new product as it does not contain surface-active wax.

Solvay Ushers in an Era of Aesthetic Emulsion with Launch of Reactsurf 2490 Additive

Solvay, a multinational chemical company headquartered in Belgium, introduced a new alkylphenol ethoxylates (APE)-free1 polymerizable surfactant called Reactsurf 2490 in November 2022. It is a cutting-edge emulsifier that can accelerate the performance of coatings and additives. It was mainly designed to act as a primary emulsifier for styrene-acrylic, vinyl-acrylic, and acrylic latex systems.

The new product can boost performance of emulsion to provide superior aesthetic and functional benefits in pressure sensitive adhesives, as well as exterior coatings. It can perform well even at high temperatures, unlike conventional surfactants. According to Solvay, Reactsurf 2490 can be utilized in building & construction, paint binders, paper coatings, nonwoven & textile binders, and sealants & adhesive applications.

Clariant Unveils ClariCoat, a 24/7 Digital Tool to Help Formulators Choose the Right Additive

Increasing preference for sustainable formulations and stringent government norms associated with products that emit volatile organic compounds are encouraging key manufacturers of paints and coatings to launch eco-friendly products. They are also creating awareness either with the help of social media campaigns or by developing digital tools to help consumers get a better understanding of numerous additives.

In October 2022, Clariant AG, a multinational specialty chemicals manufacturer based in Switzerland, for instance, unveiled a results-focused web application named ClariCoat for additives. It enables customized property selection that covers a wide range of performance criteria- right from sustainability and workability to liquid paint stability.

Once the user completes criteria selection, the product recommendation engine offers results of suitable additives that would meet the requirements of paint formulators. The new digital tool would help address high demand for sustainable coatings and paints. Surging inclination toward water-based paint systems is another factor that would push sales of paints and coatings additives. Hence, Clariant AG aims to provide formulators with proper guidance through ClariCoat 24/7.

What Does the Next Decade Hold for Coating Additive Manufacturers?

One of the most prominent trends in the coating additive industry that is anticipated to progress in the next ten years is development of water-borne formulations. Consumers are set to shift toward powder-based and water-borne coating additives from solvent-borne products due to strict environmental regulations.

Demand for fluoropolymer coating additives is further estimated to catapult the coating additive industry. These additives deliver excellent protection against corrosion, chemicals, temperature, and abrasion among others. Expansion of both residential and commercial sectors in the USA, China, Germany, Canada, India, and Japan is another vital factor that would fuel demand for coating additives as they are extensively used to protect buildings.

In the USA, for instance, around 90% of all architectural coatings sold are water-based, finds Fact.MR. Increasing demand for these coatings for the development of a vast network of infrastructure such as electrical grids, ports, and bridges is projected to drive sales.

Fact.MR further states that total exports of acrylic polymer from the USA is anticipated to reach US$ 1490 million by 2023, while imports are likely to go up by US$ 1178 million during the same year. Surging use of acrylic additives in water-borne coatings for applications in outdoor glazing, especially in construction and architecture would accelerate sales of coating additives in the country.

In Canada, on the other hand, investments in non-residential construction were up by 0.2% in November 2022 and reached US$ 5.5 billion, whereas single-family home construction investments fell by 2.0% to nearly US$ 14.9 billion in the same month.

The aforementioned factors prove that booming building and construction activities, especially in the non-residential and commercial sectors would augment demand for superior coating additives for protecting the exteriors of structures. Leading companies are predicted to soon adopt eco-friendly manufacturing processes for keeping up with strict guidelines provided by government bodies worldwide.

These insights are based on a report on Coating Additives Market by Fact.MR.

Author Bio:

Yash is a Client Partner at Fact.MR, with a proven experience in market research & consulting industry and has been closely working on Chemicals & Materials vertical. Yash is instrumental in developing strategies and providing consultancy at Fact.MR, as well as holds expertise in providing Go-No-Go decision recommendations, plant feasibility studies, route to market, long term production capacity and utilization planning, demand projections, sensitivity and plant location analysis, price benchmarking among other key skills.

Yash is an MBA in Marketing and a Graduate in Automobile Engineering. 

Parkin initially started using Ideate BIMLink to meet a specific need and has since expanded its use of Ideate Software tools to include Ideate Explorer, Ideate Sticky, and IdeateApps.

“Delivering as promised is critical, and Ideate Software helps us do that,” said Oscar Ramos-Martinez, BIM Manager, Parkin. “Their products address challenges we face, and they are easy to learn and use.”

Here are some examples of how Parkin uses Ideate Software add-ins for Revit:

• Ideate BIMLink: Set up new models with functional project data, transfer parameter values to doors from hosts, manage FF&E ID information, and manage room data
• Ideate Explorer: Quality control activities. “With Ideate Explorer and its Query tool, we can find any element in the model, select it, locate it within the model, browse through its properties, identify issues, and more,” said Oscar.
• Ideate Sticky: Live-link Microsoft Excel spreadsheets containing code requirements to Revit files
• IdeateApps: Apply room numbers to doors, create views, align views. “As we are preparing documents for submission, we simply run Ideate Align and the alignments are perfect,” said Oscar.  

Read Spotlight on Parkin Architects for more. 

Visit www.ideatesoftware.com to learn how Ideate Software add-ins for Revit help users save time, increase model accuracy, improve deliverables, and elevate design. Give them a try by  downloading trial versions or purchasing the bundle for access to Ideate BIMLink, Ideate Explorer, Ideate Sticky, IdeateApps, and Ideate StyleManager for six months.

K-Tec scraper product offerings include scrapers ranging from 28 to 63 cu.yds for various heavy construction and mining operations.

Ashland products include scrapers ranging from 3.25 to 34 cu.yds for the compact, agriculture, and industrial construction markets.

K-Tec and Ashland announced their merger at the previous ConExpo 2020 to become the market leading scraper manufacturer in the world, and Metalcraft of Georgia recently joined the K.A. Group in May of 2022.

Metalcraft scrapers have a niche in construction owner-operator and land forming/grading applications.

With a footprint of nearly 20,000 square feet space inside the show’s new West Hall, K.A. Group’s brands are featured at booth #W40231.

K.A. Group’s theme for the 2023 show is “Earthmoving For Everyone”. The company recognizes that earthmovers everywhere have a variety of materials to be moved from one location to another. The optimal equipment selected to move this material is dependent on the application, and the machines that are already owned by the earthmover. Contractors of all sizes can use their existing fleet of prime mover power-units to easily move bulk material by attaching a scraper. Whether you move millions of cubic yards of material as a heavy construction equipment manager or a solo landscaping contractor sculpting residential properties, K.A. Group has scrapers available to make the task of moving material more effective and improve fleet versatility. Whether attendees are involved in industrial mining, construction earthmoving, land leveling contracting, agricultural farming, or landscaping contracting, they will find an effective solution at the K.A. Group booth.

In the booth space, Case IH will be showcasing the tractor power-units that are perfectly paired with the optimal sized Ashland or K-Tec scrapers. Ashland’s new 1812E, 18 cu.yd scraper model will be connected to a Case IH Magnum tractor. The 24 cu.yd Ashland 2411E scraper will be attached to a Case IH Quadtrac tractor. K-Tec’s 1228 Train scrapers, with the ability to carry a tandem heaped capacity of 56 cu.yds. will be positioned behind the Case IH 555 wheeled tractor.

With mass market appeal, a CASE Construction Compact Track Loader will be fitted up with the Ashland 3250SS Scraper for contractors who want to see what it looks like to be able to bulk haul material with a common jobsite CTL machine.

K-Tec is the brand that pioneered the Articulated Dump Truck Scraper concept back at ConExpo 2008. The ADT scrapers are a versatile and economical method of earthmoving which has consistently gained popularity in the market. With a booth zone focused on heavy construction and mining this show, a variety of OEM’s are providing Articulated Dump Trucks ranging from 30 to 50 Tons, showcasing K-Tec scraper hauler integrations. These ADT’s will be on display with K-Tec’s 1228ADT (28 cu.yds) and 1237ADT Lead & Rear units (37 cu.yds each) to showcase to contractors that there is a scraper solution for whatever brand and size of rock trucks they currently have in their fleet. K-Tec will have a Virtual Reality (VR) experience for operator attendees to simulate the smooth scraper ride and machine controls of the ADT Scrapers.

K-Tec’s EJB4X Ejector Body will be fitted on the back of a Volvo A45G. The EJB allows for trucks to safely eject loaded material in areas with reduced overhead clearance.

An earthmoving implements zone will showcase a variety of complementary attachments that K.A. Group offers through its worldwide dealer network including a newly designed Land Leveler, and the popular Metalcraft Road Grader RG-14.

K.A. Group’s scraper specialists will be available at the booth for assisting attendees in assessing optimal earthmoving jobsite solutions. In addition, a team of design engineers and service technicians will also be present to answer any technical inquiries for attendees to gain education on what makes for an effective earthmoving equipment selection.

This broad spectrum of scrapers and earthmoving accessories showcased at K.A. Group’s ConExpo 2023 booth will enable contractors of all sizes to use their existing fleet of prime mover power-units to easily move bulk material. Attendees can unlock the potential of their existing equipment or idle fleet prime movers by turning them into efficient scraper haulers. Whether they own a fleet of numerous Articulated Dump Trucks, an agricultural tractor, or a single CTL skid steer, there are scrapers available to make the task of moving material more effective while optimizing equipment fleet versatility.

CONEXPO-CON/AGG is North America’s largest construction trade show held every three years and represents international asphalt, aggregates, concrete, earthmoving, lifting, mining, utilities, logistics companies, and more.

Atlantic Logistics will have its informational display and team members at booth N13166 in the North Hall. In attendance will be Rob Hooper, Jr., CEO of Atlantic Logistics, responsible for strategic direction and management of daily operations; Tali Hooper, the company’s logistics specialist and customer relations representative; Sean Gresham, Senior Logistics Specialist and responsible for specialized freight, overweight and over height loads, refrigeration loads, high- value over dimensional freight, and large projects; Johnnie Greene, Vice President of Sales and Chief Operations Officer, responsible for sales and operations, and James Crichlow, marketing and communications director responsible for brand strategy, website content and design, advertising, and public relations.

The group will host an informational and interactive display and participate with event attendees in sharing knowledge about technologically advanced shipping, hauling, and trucking brokerage services. For more information, contact James Crichlow at james@shipatlantic.com. Visit the show website at https://www.conexpoconagg.com.

According to Gresham, he and his team have been brokering heavy haulers and truckers to transport equipment in containers and non-containers to the expo from manufacturers all over the world through domestic and international locations, and port cities in Florida, Georgia, California, and Texas, among others.

“This conference attracts the largest number of construction and agricultural equipment and suppliers, and ancillary support from around the world in one place with great effort and expense. Some exhibitors manufacture and sell equipment that can be more than 250,000 lbs., and the merchandise will be on display,” said Gresham. “We specialize in brokerage carriers and haulers who are highly specialized and available to get the merchandise to the show, and for our everyday clients at any time,” he said. “Atlantic Logistics is pleased to be at the expo after a challenging time in our industry these past few years. Truckers are the backbone of transporting goods in America and the world, as we support them. Our access to the most reliable individuals and companies in trucking and transportation, available at all levels, capacities, and pricing is our specialization.” Gresham is available to speak with conference attendees, exhibitors, and media contacts seeking distinctive services in the 3PL industry. He may be reached at 904.537.0522.

Lorin ClearMatt® aesthetically offers a beautiful metallic look that only comes from the three-dimensional look of anodized aluminum. ClearMatt® Architectural Class I finish meets the American Architectural Manufacturers Association (AAMA) standard for high performance anodic finishes. Designers looking for an anodized aluminum product with natural metallic beauty that is formable for most exterior applications will find a clear choice in Lorin’s ClearMatt®.

Lorin ClearMatt® can be found on a multitude of iconic buildings throughout the U.S., such as the US Olympic Paralympic Museum in Colorado Springs, CO and the Taystee Lab Building in the Manhattanville Factory District on 125^th St. in NYC. There are obviously many more buildings that utilize Lorin ClearMatt® anodized aluminum, too numerous to mention, but this just goes to show that ClearMatt® is a proven product, and the architectural world loves it.  ClearMatt® also is available in perforated patterns which can be used on facades of parking garages where ventilation is a must, but some form of privacy or protection from the elements is still warranted.

Lorin ClearMatt® can be used not only for facades, but also roofs and is an excellent product application if you are trying to achieve that “cool roof”, meaning the material can be used in LEED designs that require roofs to remain relatively cool in warm temperature conditions. When used as part of cool roof design, ClearMatt® decreases roof temperatures, which can extend the service life of the roof, and reduces energy costs by decreasing A/C requirements. Cool roofs also benefit the environment by reducing the urban heat island effect (ambient air temperature), lowering peak electrical demand, reducing ground level ozone and reducing power plant emissions brought on by the reduction of cooling energy use in buildings. ClearMatt® anodized aluminum works because its translucent protective layer allows the metal’s natural reflectivity to shine through while offering outstanding corrosion protection.

To learn more about how you can benefit from using ClearMatt® on your next architectural project, or for more information about Lorin and perforated coil anodized aluminum applications within the construction and architectural industries, visit https://www.lorin.com/Architectural. 

From technician to engineer, the PaveScan RDM 2.0 is easy to operate. With seamless GPS integration, real-time onscreen data output, and export options, this system is ideal for government transportation agencies and paving contractors alike. The pavement density measurement technology used in PaveScan RDM 2.0 is an accepted American Association of State and Highway Transportation Officials (AASHTO) specification, PP 98-19.

The complete PaveScan RDM 2.0 system includes a rugged deployment cart and an integrated concentrator box that accommodates up to 3 sensors and includes housing for cable management and hot-swappable, dual batteries. The new sensor design was built specifically for the extremes of the asphalt paving environment and features a green laser to aid location accuracy. Also available is a system upgrade kit to expand to three sensors for better pavement coverage. Additional GPS options and mounting pole provide high precision location information and work seamlessly with the PaveScan interface.

For more information on PaveScan RDM, visit https://www.geophysical.com/products/pavescan-rdm.

Subscribers on the free plan can access Ecobot’s core features, including the ability to collect field data using the mobile application, Ecobot Collector, and seamlessly execute QA/QC and generate Clean Water Act Section 404 wetland determination reports using the web-based Ecobot Manager. The launch of a free Ecobot subscription arrives as federal environmental agencies increasingly adopt digital permitting processes, while private industry calls for digitization to reduce permitting times for energy efficiency projects. 

“Digitized environmental data is a crucial component to climate-informed development,” said Lee Lance, Ecobot co-founder and CEO. “By unlocking Ecobot’s core features for all environmental consultants, we are enabling the entire industry to have access to our proven framework for collecting, storing, and analyzing environmental data.” With built-in features that promote accuracy and minimize errors, Ecobot shrinks permitting timelines and provides the data necessary for proper construction and mitigation efforts.

The free version of Ecobot includes:

• Collector: Use Ecobot’s intuitive, workflow-first mobile application to collect field data, with built-in reference tools and automated QA/QC for optimal efficiency.
  
• Manager: Seamlessly QA/QC data and generate completed regulatory reports and geospatially-accurate shapefiles.
  
• Self-service subscription: New users can subscribe to Ecobot without engaging with a salesperson.

Ecobot’s free subscription plan is ideal for consultancies conducting small wetland determination projects (15 sampling points or fewer).

“This cloud-based service offering heralds a new era of quality assurance in construction projects”, says Viktor Várkonyi, Chief Division Officer for the Planning & Design Division and member of the Executive Board at the Nemetschek Group. “With the integrated design process, designers and architects can check their models any time they want, in real time, with one click, significantly elevating their productivity and eliminating errors that would have been costly as well as time- and resource-intense.”

With Solibri Inside, the Nemetschek Group is providing an integrated quality assurance service within the design process – in all of their authoring tools. As of today, all three brands are live with Solibri Inside, which will help customers in avoiding constant rework, keeping their project schedules, and accelerating project timelines. BIM professionals worldwide can now access and benefit from this solution.

Solibri Inside ensures the rapid and easy adoption for model checking, as it works as a native feature that can be used within the authoring tool and can run checks within a SaaS based environment as and when the designer wishes. No longer does the designer need to export the model and open other software to perform basic model checking but can be easily accessed from a simple palette like functionality in the UI of the authoring tool. Solibri Inside ensures that every model can be checked upfront before sharing within the workflow to other team members. The integrated quality checking is a time saver for the designer, ensuring the details are right, before submitting the BIM to the coordination workflow.

Ville Kyytsönen, Solibri CEO, stated, ”Making models correct and information rich is the very core of good digital design workflows. Our ambition is to embed quality into the construction process, and we do that by going direct to the start of the process – the designer. Their models are now enriched and improved from the very start. We then offer others within the workflow the ability to benefit from BIM quality with our total solution offering. It is great to see Nemetschek Group continue to integrate its solutions, put the shared customer first and lead with best practices”.

Solibri Inside was initially introduced in November 2022 and is now accessible to thousands of BIM professionals working with the authoring tools of the Nemetschek Group. This first release of Solibri Inside allows checking of Door & Window clearances and the supporting Level of Information (LOI). The service comes as a standard free package within Graphisoft Archicad, Allplan and Vectorworks. The Premium paid package gives access to additional features.

Please find more information at www.solibri.com/inside.

California-based roofing contractor, Barrier Specialty Roofing & Coatings, was enlisted by SPAN Construction to assess the extent of the damage to the warehouse roof. Blair Cunnings (CEO/President of Barrier) together with Brady Kolden (Business Development Manager for Polyglass Roofing & Waterproofing Systems) wanted to find out how the tornado affected the million square foot depot & what repairs needed to be made.

Roof Inspection and Tornado Damage Assessment

According to Blair Cunnings, “We conducted a job site evaluation with Span Construction and Polyglass to confirm the extent of the roof damage. We wanted to see for ourselves how much of the roof needed to be replaced or repaired, and what roofing/coating system would be the most prudent in this situation.” The team found that 700,00 square feet of the metal roof held up under the force of the tornado’s strong winds, due to the existing polyurethane foam & Polyglass silicone coating system on the warehouse roof.  This meant that only 300,000 square feet needed to be repaired on a one million square foot job. 

Blair went on to say that “the majority of the metal roof held up under the force of the strong winds, because the foam self-adheres to the roof, adding extra compressive strength.” Brady Kolden noted that “while the building sustained damage from flying debris, the roof’s structural stability helped protect & save the majority of the building.  This meant there was no need to tear all down and the owner could rebuild and refurbish, which lead to major cost savings.”

In addition, the building owner had been able to keep operations going for two more years after the tornado hit in areas of the building where the roof had remained undamaged.

Warehouse Roof Restoration and Repair Project Details

The eight-month roof repair project began in October 2020, and was completed in May of 2021.  Important to note, is that the complexity of the project was heightened due to the COVID-19 pandemic (supply chain demands), time of year (weather) and working around other trades on the project.  “Our contractors were challenged with keeping the roof dry and coatable during the cold/wet months, while also keeping water out of the building so other trades could complete their work simultaneously.”

First, SPAN Construction began with replacing all the structural metal deck on the damaged 300,000 square feet of the warehouse.  Then, Barrier Specialty added 3 inches of polyurethane roofing spray foam and silicone coating to the deck to match the existing undamaged areas and make the deck a roof.  Finally, Barrier chose Polyglass’s PolyBrite® 95 silicone roof coating to refurbish the entire one million square feet of roof.  This product was chosen because of its durability, longevity, ease of application, and the 20-year warranty given by Polyglass on the entire system. 

George Goddard (President of SPAN Construction) said that “due to the complexity of the damage done by the tornado to the Garland, Texas warehouse, repairs were extensive and required a total team effort from all the companies involved; Polyglass, Barrier Roofing, and SPAN Construction.  Polyglass and Barrier listened to our concerns, addressed them, and worked with our local team daily to ensure they our customer had a quality roofing system.”

Product Information

• PolyBrite® 95 silicone roof coating
• PolyPUF is a polyurethane foam (SPF) system for commercial roofs that also acts as an air barrier and insulator and is certified for use in high-velocity hurricane zones.

Contact us today for more information about Polyglass’ range of modified bitumen roofing and waterproofing membranes and roof coatings for low-slope and steep-slope applications!

Reston, Va. – ASCE’s Manual of Practice, Manhole Inspection and Rehabilitation, Third Edition, MOP 92, provides a valuable update to reflect current and complete inspection, as well as grading protocol that offers logical step-by-step guidance for maintaining and improving the longevity of manhole systems. This is a collaborative work by the Manhole Inspection and Rehabilitation Task Committee of the Pipelines Infrastructure Committee of the Pipeline Division of the Utility Engineering and Surveying Institute of ASCE in partnership with the Manhole Rehabilitation Committee of NASSCO.

Keys areas updated include:

• New chapter on wall thickness design for full-depth manhole rehabilitation,
• Information on standardization and NASSCO’s certification programs,
• Expanded content on various manhole rehabilitation methods and technologies, and
• New section detailing the importance of proper manhole inspection and rehabilitation. 

MOP 92 is a valuable trenchless technology resource, assisting agencies in the proper identification of inventory and asset management, assessment and condition of manhole structures, decision-making regarding rehabilitation materials and methods, as well as providing key quality control measures when specifying the use of rehabilitation materials and technologies for manholes.

To purchase online visit the ASCE Bookstore

Limited review copies are available for book reviews. Please contact Leslie Connelly, lconnelly@asce.org.

New Caterpillar Technology, Services and Sustainability hubs provide visitors the opportunity to look beyond the iron for ways to increase operating efficiencies and improve machine uptime. Visitors will find new and current models and battery-electric machine prototypes during the expo from March 14-18 in Las Vegas, Nevada.

The Latest Equipment

The extensive Cat^® equipment display in the Festival Lot includes more than 30 machines, including model unveilings and battery-electric model prototypes with charging stations. Visitors will see two main equipment demonstrations each day; one focused on the latest Cat Technology, and one that will spotlight the company’s full equipment line up.  Additionally, Caterpillar will be providing unique daily spotlight demonstrations that will take a deep dive into key industry topics including improving fuel efficiency and jobsite efficiency, the evolution of technology, and convenient, scalable solutions for all customers.

The new Cat 950 medium wheel loader on display offers premium performance and simple-to-use technologies to help boost operator efficiency and increase productivity, while extended service intervals help lower maintenance costs. Visitors will be treated to a preview of the Next Generation Cat 926, 930 and 938 small wheel loaders – slated for production in late 2023 – which feature new technologies designed to make work easier, a reimagined operator environment and extended service intervals.

For paving contractors, the half-lane Cat PM822 cold planer features integrated Cat Grade technology and the latest System K rotor options that deliver performance, productivity and cutting precision. With its compact size, exceptional mobility and easy transport, the Cat AP455 Mobil-trac asphalt paver offers great features for both large and small contactors when paving urban streets, parking lots and rural roads. Furthermore, an exciting new market disrupting three-dimensional screed plate with modular fastening system improves mat density and smoothness, while reducing screed plate change time up to 80 percent.

The Latest Power

Caterpillar Industrial Power Systems Division will exhibit in booth S84329 in the South Hall a wide and rapidly growing portfolio of high-efficiency Cat industrial power solutions. The exhibit includes the unveiling of a new high power internal combustion engine, as well as the leading-edge lithium-ion battery technologies under development. Engines on display, such as the C3.6 IPU, C7.1 and C9.3B, meet EU Stage V, U.S. EPA Tier 4 Final emission standards and are compatible with biodiesel up to B20 and hydrotreated vegetable oil (HVO) to EN15940, to help customers power a better, more sustainable world. The booth will also showcase Caterpillar’s technical services and market expertise leveraged by the global Cat dealer network to maximize the efficiency and extend the lifecycles of off-highway equipment, including Cat remanufactured and service replacement engines.

The Services Hub:  Easy and on-the-go

Caterpillar offers a range of service options that are easy, convenient, flexible and sustainable. The new Cat Central app is the latest tool for convenient access to genuine Cat parts and support. This on-the-go experience makes it easy for customers to find and order Cat parts, scan and shop a specific asset instantly and find answers to maintenance and support questions.  Another new service-related solution is the new Cat SIS2GO app which takes the guesswork out of maintaining, troubleshooting and repairing Cat equipment. Both apps are available on Windows, iOS and Android platforms.

The Services Hub is located in the Festival Lot, and the hub will include Caterpillar subject matter experts (SME) who will help guide attendees through several maintenance options for Cat equipment. Customer Value Agreement (CVA) options offer easy ownership plans customized to fit a customer’s business needs to extend equipment life and maximize the investment. Cat Certified Rebuild programs return end-of-life machines, systems and components to like new condition. Cat Reman products bring new life to assets with like-new performance at a fraction of the cost of buying new. Cat Self-Service Options deliver convenient, simple parts ordering and machine repair support for those who prefer to do their own service. 

Team members from Cat Financial will be available to discuss the latest leasing and financing programs, including Cat Card, as well as extended protection packages to help secure customers’ investments. Whether they are looking for new or used Cat machines or for repair/rebuild options to keep their current machines operational, Cat Financial experts will help customers make the right decision to support their business – no matter how large or small.  

The Technology Hub: Solutions for Any Operation

The Caterpillar Technology Hub in the Festival Lot will offer attendees the ability to experience a range of new and existing Cat technologies – VisionLink, Cat Command, VisionLink Productivity, Cat Detect, Cat Grade and Cat Payload. Caterpillar SMEs will be on hand to assist each customer in finding a scalable solution designed to fit the business’s needs and budget.

Its centerpiece exhibit, the “Looking Glass” cube, displays and interactively showcases the five key capabilities of the new Cat VisionLink^® application – Geofence & Location, Fuel Theft Alerts, Diagnostics, Idle Time/Fuel Burn, and Maintenance. An interactive wall invites visitors to explore the full suite of VisionLink capabilities for both Cat and non-Cat equipment and non-machine assets.  

The hub’s multiple Cat Command stations allow attendees to remotely operate Cat machines located more than 400 miles away at the Tinaja Hills Demonstration and Learning Center. They are positioned to allow attendees to better experience and learn more about the Command for Dozing, Excavating and Loading technologies. One of the Command stations allows visitors to try the “Strike Pay Dirt Challenge,” where participants remotely control an excavator to win a prize.

The Sustainability Hub: Choose Your Machine. Choose Your Power

The Caterpillar Sustainability Hub in the Festival Lot will spotlight fuel efficiency and alternative power sources; technologies to fit every operation and budget; and parts and service designed to make uptime fast and easy. Plus, customers will learn about sustainability benefits they can choose today and plan for tomorrow.

Outside the Sustainability Hub, exhibit attendees can view components of Caterpillar’s total site solution for the energy transition, including four battery-electric machine prototypes – the Cat 301.9 mini excavator, 320 medium excavator, 950 GC medium wheel loader and 906 compact wheel loader – in addition to AC and DC charging solutions. The Caterpillar-designed batteries powering these battery-electric machines are built on lithium-ion Cat technology with a modular design that offers flexible configurations across multiple applications.

Celebrating the Operator

With the quest to prove they are the best, more than 10,000 operators representing more than 32 countries around the world registered to compete in the 2022-2023 Global Operator Challenge. From 3,500 participants in the first round of local competitions to 84 advancing to the regional semifinals, nine of the world’s best equipment operators will demonstrate their advanced skill, precision and stamina in hopes of being named the Global Operator Challenge Champion. The nine finalists competing in Operator Stadium at ConExpo are:

• Pontus Eriksson, representing Zeppelin Sweden
• Sebastian Behr, representing Zeppelin Germany
• Łukasz Mokrzyński, representing Bergerat Monnoyeur Poland
• John Schiedeck, representing Holt Cat (Texas, USA)
• Matt Ferris, representing Empire Cat (Arizona, USA)
• Fernando do Nascimento​, representing PESA (Brazil)
• Masato Imai, representing Nippon Caterpillar (Japan)
• Patrick Doheny, representing William Adams (Australia)
• Nick Thompson, representing CavPower (Australia)

The finals kick off on Tuesday morning, March 14, immediately following the expo’s grand opening ceremonies. Throughout the competition, the skills of the finalists will be put to the test in three identical challenges – excavating, loading, and hauling/maneuvering the equipment through a variety of obstacles. The champion is set to be crowned on the afternoon of March 14.

All CONEXPO-CON/AGG attendees are encouraged to attend the Global Operator Challenge Finals to see first-hand the new equipment, technologies and services on display in Festival Lot exhibit, F9127.  

The Finals will also be broadcast live on cat.com. More information on the finalists can be found at www.cat.com/operatorchallenge and for more details about the Cat CONEXPO-CON/AGG experience, visit https://www.cat.com/en_US/campaigns/event/conexpo-2023.html. 

A continuation of the Simpson Strong-Tie ECBQ design first launched in 2011, the new ECB elevated column base features a two-inch standoff for installing waterproofing under solid or hollow-wood posts, or for the addition of lightweight concrete fill when installed over wood surfaces.

Easily attached to wood framing foundations using Simpson Strong-Tie Strong-Drive® SDS Heavy-Duty Connector screws or anchored into concrete foundations with adhesive or mechanical anchors like the Titen HD® screw anchor, the ECB provides added height allowing for the code-required one-inch standoff above finish surfaces to prevent post decay.

“As multifamily apartment builders ramp up construction this year, they continue to look for versatile and efficient solutions that can help alleviate labor challenges but still provide a distinguished design and the curb appeal to attract customers,” says Bryan Wert, Simpson Strong-Tie Director of Connectors and Lateral Systems. “The new ECB delivers a fast, easy, and code-listed solution for connecting hollow column or solid sawn post bases and makes it easy to properly install waterproofing material while still maintaining the standoff to prevent post decay. “

Available in two sizes to accommodate both 6×6 and 8×8 hollow columns or solid sawn posts, the versatile ECB design allows for four-corner-hole installation in wood or single-center-hole installation in concrete, and is load rated, making it ideal for building stacked balconies on multistory, multifamily buildings that use a post to support an awning or roof.

For more information on the ECB and additional multifamily residential construction solutions from Simpson Strong-Tie, please visit strongtie.com/ecb.

The largest construction tradeshow in North America runs March 14-18 in Las Vegas. The B2W team will discuss technology strategies and demonstrate all B2W applications. Trimble Viewpoint products, which integrate with the B2W platform, will be demonstrated at the B2W Software stand (#N12147) in the center of the show’s north hall. B2W Software will also demonstrate within the Trimble booth in the west hall.

Contractors use B2W applications to manage estimating, resource scheduling and dispatching, performance tracking and equipment maintenance as well as e-forms and reporting. Several enhancements will be highlighted at CONEXPO/CON-AGG.

• New features for faster, more accurate recording of employee hours and equipment meter readings, including clock-in-clock-out functionality and GPS confirmation of location, have been added to the B2W mobile app for individual time and performance tracking. 

• Enhancements to B2W Estimate make it easier to manage and compare quotes from vendors and subcontractors. B2W Estimate API connectivity has also been extended to further automate connectivity with other applications and data sources used in the estimating process.

• The ability to send alerts and notifications to recipients when specified activities occur has been expanded across the B2W platform. B2W applications can communicate to individuals immediately when a wide range of scheduling, field operations or fleet maintenance events occur, such as safety incidents, schedule assignments and updates, field log or timecard status changes, maintenance requests, and work order completion.

• Expanded connectivity between B2W Schedule and B2W Track applications increases opportunities to populate field logs with information from the schedule and to communicate personnel, equipment and material needs from the field tracking application to the scheduling and dispatching application.

• New export functionality in the B2W Maintain maintenance management application makes it easier to reconcile purchase order information with Viewpoint and other accounting programs.

The unified B2W platform is designed to connect the office, field and shop. Applications specialized for heavy construction communicate in real time and utilize a single operational database.

Trimble acquired B2W Software in 2022. The move validated the value of the B2W product portfolio, platform approach and team, and further enhances Trimble’s connected, end-to-end construction workflows.

The Aluma-Lite 500 weighs in at 24 lbs. It offers capacity of 275 lbs. at horizontal; 330 lbs. at 22.5 degrees; and its full capacity at 45 degrees. Aluma-Lite 1,000, meanwhile, weighs in at 47 lbs. It offers capacity of 550 lbs. at horizontal; 650 lbs. at 22.5 degrees; and its full capacity at 45 degrees. The units’ light weight means that they will commonly be moved from one base to another.

Both fold flat for easy storage or transportation; are made of aerospace / military grade aluminum; and are available with manual winch (including drill drive adapter), AC or DC electric winches. Further, they have a durable, powder coated finish; no tools are needed for assembly / disassembly; and they are made in the USA.

Steve Napieralski, president at OZ Lifting, said: “The Aluma-Lite can be used any place where carrying the crane could be an issue and the properties of aluminum happen to suit the product to many applications where it might be moved around, perhaps most notably in the water sectors. Our 500-lbs. capacity steel davit weighs 50 lbs., so the aluminum version is basically half the weight.”

As Napieralski mentioned, the Aluma-Lite expands OZ Lifting’s davit crane family, which includes the Tele-Pro, that allows users to leverage the benefits of other lifting technologies in its range, while telescoping the boom in and out under load; various composite models, made from carbon fiber and pultruded fiberglass; and steel davits.

The Aluma-Lite capacity range may be widened in time but there are no immediate plans to do so. However, Napieralski admitted that it will continue to add to the davit crane family more broadly. “We have another [crane] on the horizon that will add some additional features not found in our current range,” he said.

He also reiterated that, regardless of type of crane or application, without a base, a davit crane is not usable. The pedestal base is bolted to the floor where users need to make a lift and move the crane from base to base. Socket bases are used mainly in the back of trucks or in an area where the installer will pour cement around the base to keep the surface area flat and offer high mounting strength. The wall-mount base allows a davit crane to be attached to the wall of a facility to save floorspace. In all cases, it is important to check the capacity of the mount and its compatibility with the crane/s selected.

Aluma-Lite will make its trade show debut at AHR Expo (Booth B128), which attracts heating, ventilation, air-conditioning, and refrigeration (HVACR) professionals to the Georgia World Congress Center, Atlanta, February 6-8, 2023. A month or so later (March 20-23), ProMat (Booth S122) engages all segments of the material handling, logistics and transportation industry, from traditional, manual equipment to computerized, automated systems and smart, connected supply chain technologies. 

Napieralski added: “Business continues to be strong; we are optimistic for 2023.”

This announcement and rollout comes just two years after Buildertrend acquired its largest residential software competitor, CoConstruct, and CBUSA, a group purchasing organization for top home builders and suppliers across the United States. Since then, Buildertrend has also acquired Square Takeoff, a system for digital estimating.

With the combined resources of these companies working together, Buildertrend has now firmly cemented itself as the one place for home builders and remodelers to better their business by showcasing a breadth and depth of new offerings previously unseen.

“From day one, by designing a product that solves our customers’ greatest challenges, we’ve been committed to finding a better way. Now we’re taking it a step further,” said Dan Houghton, CEO and cofounder of Buildertrend.

“The landscape of construction is changing, and we needed to change with it – but we couldn’t do it alone. Today, we’re leveraging the power of some of the best businesses industrywide to work together and help builders streamline financial processes to grow their businesses in a way that hasn’t been done before in the residential building market.”

Helping construction teams manage finances simply and precisely, this new line of services will include:

• Buildertrend Payments: Right from the Buildertrend platform, customers can deliver invoices and collect payments from clients, as well as manage bills and send payments to trades. No longer will builders have to chase down checks or guess where the financial health of their business stands. They’ll more quickly receive funds to start their next project while also maintaining strong subcontractor relationships.

• Insurance: All-inclusive, low-rate coverage options include business insurance – such as general liability, tools/equipment and commercial and auto compensation – as well as builder’s risk insurance. Construction is unpredictable – coverage ensures builders don’t leave their profits to chance.

• Financing: Whether Buildertrend customers need a quick loan to bridge the gap between one job and the next or they want to offer financing for homeowners, now they have options. Home builders can turn to Buildertrend when they need funding to grow their business or want loan options to win over clients.

• Buildertrend Wallet: This soon-to-be-released feature is made to fit any-sized construction business with tools for real-time expense and budget tracking. Builders can empower their crew with employee spending cards, automate receipt collection and earn cashback rewards on all purchases. Buildertrend Wallet helps teams take control of their finances and proactively manage company spending in one place.

• App Marketplace and Open APIs: Another upcoming release for builders to get excited about in 2023 is Buildertrend’s third party app marketplace and associated open APIs. Debuting later in the year, this new functionality makes it possible for the platform to integrate with a larger set of tools and software systems, including more accounting solutions. Additionally, Buildertrend will then be able to easily sync with dozens of other programs including applications within the categories of CRM, analytics and data, email and documentation.

“Our aim with these new financial management solutions is to unlock more value for our builders and provide them all the tools they need to confidently manage and grow their businesses,” said Andres Ricaurte, senior vice president of Financial Services. “Reducing costly mistakes. Easily managing incoming and outgoing expenses. Getting enough capital to not just maintain their business – but grow it. This is what our customers have to look forward to.”

News of these new financial management solutions will be shared for the first time with customers at the International Builders’ Show in Las Vegas, Jan. 31 – Feb. 2. Buildertrend will offer the ultimate experience for attendees. Their team will be stationed alongside subsidiaries CoConstruct and CBUSA in the West Hall’s nextBUILD space at booth W1844.

Each day will include a full schedule of programing LIVE! on the Buildertrend Stage, including exclusive product sneak peeks as well as discussions and happy hours hosted by industry influencers like Matt Risinger and Brad Leavitt.

Check out the full action-packed schedule and why the Buildertrend booth is the place to be at IBS here: https://buildertrend.com/ibs-2023/ 

Cementex, the safety tool specialists, highlights the Cementex 17 Cal/cm2 Arc Rated Face Shield (AFS-180) with hard hat. The AFS-180 features a molded shape to provide minimal distortion with exceptional Visible Light Transfer (VLT). This face shield will be included in the Category 2 Contractor, UltraLite and Feature Series PPE kits. They are in stock and available to ship immediately.

Cementex Arc Rated Face Shields are made of durable polycarbonate with anti-fog and scratch resistant coatings. The long length, chin cup, and sides provide superior coverage and protection around energized equipment. The brow shield deflects impact of Arc Blast and the translucent sides and chin cup provide improved peripheral vision.

This face shield meets the requirements of: NFPA 70E, CSA Z462, ASTM F2178, ANSI Z87.1, ANSI Z89.1, and CSA Z94.1.

The AFS-180 Face Shield is available for purchase through Cementex distributors. For more information about Cementex’s industry-leading products, visit www.cementexusa.com or call 1-800-654-1292.

In recent years, xEVs such as hybrid and electric vehicles have become increasingly popular as the industry moves towards achieving a sustainable society. xEVs, which primarily use electricity as their energy source, are equipped with unique applications such as electric compressors for AC, and PTC heaters to raise the cabin temperature. As these applications are driven by high voltages, it is necessary to isolate the primary circuit that includes the battery from the secondary circuit comprised of the motor and other systems to ensure safety. However, in addition to issues such as larger mounting area and power consumption, conventional isolated circuit configurations require considerable noise countermeasures for switching frequencies that vary with output current.

ROHM’s new product utilizes a circuit configuration that achieves stable switching frequency characteristics without requiring a photocoupler, decreasing application size together with the workload needed for noise design countermeasures. Leveraging ROHM’s superior analog design technology allows the BD7Fx05EFJ-C to eliminate the need for photocouplers, transformer auxiliary windings, and peripheral components conventionally necessary to detect secondary-side voltage and current. Along with solving issues with photocouplers (e.g., large power consumption, fluctuating detection accuracy due to temperature, and deterioration over time), ROHM has also achieved greater miniaturization by reducing the number of components – including the photocoupler – used for current detection by 10 (equivalent to a board area of 30%) compared to general isolated flyback power supply circuits.

The BD7Fx05EFJ-C is also equipped with an adaptive ON-time control function that fixes the switching ON time, ensuring a stable frequency of around 350kHz regardless of output power. To be complaint with the CISPR25 automotive EMC standard requires considerable noise design in the frequency range from 150kHz to 300kHz, but as ROHM’s new converters do not fall within this band, noise countermeasures can be greatly simplified. This, together with a spread spectrum function that minimizes radiated noise, contributes to reducing the number of efforts for noise design.

Going forward, ROHM will continue to develop products that contribute to greater miniaturization and lower noise by leveraging its strength in analog technology, helping to achieve a sustainable society.

Product Lineup
In addition to reducing the number of components and person-hours required for noise countermeasures, the BD7Fx05EFJ-C improves application reliability by incorporating multiple protection circuits along with a function that stabilizes the output voltage. View the product specifications here.

Application Examples
ROHM’s new DC-DC converter IC is ideal for gate driver power supplies that must be isolated from the battery for safety. 

• Automotive: Electric compressors, PTC heaters, inverters
• Industrial: Power supplies, PLC (Programable Logic Controller), inverters

Availability

• Available now (in mass production)
• Online distributors: Digi-Key, Mouser, and Farnell
• Scheduled for release at other online distributors

Product Ordering Information

• Part numbers: BD7F105EFJ-CE2, BD7F205EFJ-CE2
• Evaluation board part numbers：BD7F105EFJ-EVK-001, BD7F205EFJ-EVK-001