New solution combines ultra-wideband (UWB) proximity detection and AI-powered, tagless vision technology to prevent collisions in high-risk industrial environmentsATLANTA – June 3, 2025 – ELOKON, a leading provider of safety and assistance systems for material handling and intralogistics, today launched ELOshieldAI, an advanced, AI-powered safety solution that delivers dual-layered, comprehensive protection for industrial workplaces. By integrating artificial intelligence (AI)-driven, tagless vision detection with the proven UWB-based ELOshield proximity system, ELOKON sets a new standard for workplace safety in warehouses, manufacturing plants and logistics hubs.ELOshieldAI combines AI-camera technology powered by highly precise pedestrian detection algorithms with UWB proximity sensors. This intelligent sensor fusion enables real-time detection and analysis of pedestrian and vehicle behavior, even in cluttered, complex, or low-visibility environments. ELOshieldAI empowers customers with flexible safety options: they can rely on on-body pedestrian alerting for workers equipped with ELOshield badges, tagless pedestrian detection from the forklift using AI cameras, or a combination of both. These options enhance the overall failsafe performance of proximity detection systems.“UWB delivers the precision needed to prevent vehicle collisions and enables intelligent features like speed zoning, while AI lets us identify and analyze pedestrian behavior in real time,” said Alex Glasmacher, CEO of ELOKON. “With ELOshieldAI, customers can choose the safety configuration that fits their environment—whether that’s badge-based alerts, tagless detection, or both.”Dual-Layered Safety: Precision and IntelligenceELOshieldAI introduces several key advancements: AI-enhanced pedestrian detection: AI cameras use advanced algorithms to identify human forms and movements with high accuracy, reducing false alarms and increasing responsiveness. Entity classification & contextual awareness: The system distinguishes between pedestrians, vehicles, and stationary obstacles to prioritize critical warnings. Sensor fusion for reliability: UWB provides centimeter-accurate proximity data, while AI visually confirms human presence, enabling cross-validated alerts and interventions. Truck-to-truck collision avoidance and speed zoning: The combination of UWB and AI ensures precise detection of vehicles and supports intelligent safety automation such as automatic speed reduction in defined zones and collision prevention between forklifts, automated guided vehicles (AGVs) and autonomous mobile robots (AMRs).Enhanced Features Powered by UWB Truck-to-truck detection: Vehicles equipped with UWB modules detect each other via direct wireless communication, eliminating false alarms from static objects and improving inter-vehicle awareness. Dynamic zone monitoring: UWB ensures accurate detection of trucks entering or exiting predefined safety zones, such as pedestrian walkways or intersections, and enables automated alerts or slowdowns.ELOshieldAI is compatible with a wide range of forklift models and can be easily retrofitted onto existing fleets. The system is fully customizable to meet the specific operational needs of each facility.“By merging UWB precision with artificial intelligence, ELOshieldAI delivers a fail-safe, layered approach to safety,” Glasmacher added. “It’s a powerful example of how smart technology can protect people and equipment in real industrial settings.”About ELOKONELOKON is an international provider of forklift telematics and safety solutions that enhance safety, efficiency, and productivity in intralogistics operations. Founded in 1986, the company has offices and dedicated customer service teams in the United States, Germany, and Poland, ensuring best-in-class support for customers on the ground in each region. ELOKON serves clients in over 45 countries worldwide. For more information, visit www.elokon.com.ContactAnna GitlinELOKON(312) 900-1407anna.gitlin@elokon.com

The Mobile Automation Group (MAG) and The Robotics Group (TRG) Industry Group of MHI is pleased to announce the approval of Durable Surfaces’ application to join TRG at the 2025 Spring Meeting held May 4-6 in Houston, Texas.MHI member companies have the opportunity to join any of MHI’s Industry Groups or the Solutions Community. Industry Groups share information and conduct research to stay at the forefront of their industry. Typical Industry Group activities include industry statistics collection, standards development, technical publications, public relations, promotion of safety, and member and user education. The Solutions Community brings MHI members together with equipment and systems users to collaborate and address common challenges and opportunities in manufacturing and supply chain in a safe harbor environment.For more information about MHI Industry Groups, please visit mhi.org/industrygroups. To learn more about MAG, please visit mhi.org/MAG or contact Jayesh Mehta at jmehta@mhi.org. To learn more about TRG, please visit mhi.org/TRG or contact Jayesh Mehta at jmehta@mhi.org.About MAG Mobile Automation Group (MAG) members are the Industry’s leading suppliers of automatic guided vehicle systems. They supply systems worldwide and in virtually every major manufacturing and distribution sector. Both Automatic Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs) are computer-controlled wheel-based load carriers (normally battery-powered) that run on a plant or warehouse floor (or, if outdoors, on a paved surface). The main difference between AGVs and AMRs is how the path they follow is determined: (1) Most AGVs follow predefined paths, although there may be areas of the plant or warehouse where they have more freedom. (2)AMRs can determine their own path, although they will attempt to follow suggested paths if they exist. This difference leads to differing methodologies for ensuring safe operation for the two types of vehicles: AGVs follow the ANSI B56.5 Safety Guidelines and there is a standard under development for AMRs.About TRG The Robotics Group (TRG) are leading manufacturers, integrators, consultants, and component suppliers of robotic solutions designed specifically for warehousing and distribution applications.Traditionally, industrial robots in material handling applications have been limited to palletizing/depalletizing, conveyor picking, or other highly repetitive tasks. Technology advancements are creating opportunities for robots and automated machinery in a wider variety of applications, including warehousing and distribution center activities.TRG conducts education and outreach with the goal of fostering technology adoption in this rapidly changing industry sector.About MHI MHI is an international trade association that has represented the material handling, logistics and supply chain industry since 1945. MHI’s over 1,000 members include material handling and logistics equipment and systems manufacturers, integrators, consultants, publishers and third-party logistics providers. MHI offers education, networking and solution sourcing for their members, the members’ customers and the industry as a whole through programming and events. The association sponsors the ProMat and MODEX expos to showcase the products and services of its member companies and to educate manufacturing and supply chain professionals.

The new, ultra-compact RSL 200 safety laser scanner from Leuze safeguards machines, automated guided vehicles and robots. Thanks to its minimal dimensions, it is very easy to integrate even where space is limited.Small, smaller, RSL 200: With the RSL 200, Leuze is launching the smallest safety laser scanner on the market. The Sensor People are thus setting new standards in the miniaturization and integration of safety laser scanners. The exceptionally compact size and innovative connection technology allow unprecedented possibilities for sensor integration. The powerful device reliably safeguards machines, systems, automated guided vehicles and autonomous mobile robots. Thanks to its small dimensions the RSL 200 safety laser scanner is very easy to integrate, even where space is limited. The safety laser scanner adds an ultracompact variant to the Leuze portfolio. The RSL 200 offers an operating range of three meters and a 275-degree scanning angle. For a greater operating range of up to 8.25 meters, system operators can rely on the RSL 400.Flexible stationary useWith its configurable protective fields, the RSL 200 is ideal for area guarding and for applications with protective field switchover. In this way, the safety laser scanner detects anyone entering or staying in a machine or system’s monitored area. Thanks to its large scanning angle, it also safeguards two sides of a machine around a corner with just one device. The configurable protective fields allow the monitoring area to be conveniently adapted to the machine’s contours. In addition to the compact design, the laser scanner’s rotating M12 connection also helps make integration easier, as this standardized connection allows extremely flexible cable routing. This also reduces the space required and makes commissioning easier.Space-saving solution for mobile useThe RSL 200’s minimal dimensions also make it the right choice for automated guided vehicles and autonomous mobile robots. The configurable and switchable protective and warning fields of the RSL 200 enable flexible protection. They allow the monitored areas to be optimally adapted to curved paths, different speeds and various load conditions. Omnidirectional vehicles can be safeguarded in all directions with the laser scanner: Only two diagonally mounted devices are required thanks to the 275-degree scanning angle. 32 switchable sets of protective and warning fields enable its speed and direction of travel to be continuously adjusted. Another advantage for mobile use: The RSL 200 is insensitive to shocks and vibrations.Quick to commission and replaceThe mounting bracket was specially developed for the RSL 200 to help speed up integration and commissioning. It allows the safety laser scanner to be easily aligned horizontally and vertically. This makes it particularly easy to set the scan level. The mounting bracket’s design is optimized for minimum space requirements.If servicing is required, the laser scanner can be replaced quickly and easily with just four screws. No realignment is required thanks to the innovative mounting bracket. The RSL 200 also contains a removable configuration memory. This makes it easy to transfer the configuration to the new device.App for convenient remote accessPractical: System operators can use the RSL 200 app to access status information and diagnostic data. All important information can be captured remotely via Bluetooth. This is particularly helpful if the RSL 200 is installed in system areas that are difficult to see or if access to the device is restricted. The machine can continue to work without disruption because you do not need to enter the protective field to read out the information. All messages are displayed in plain text in the app. Users can also send these directly to Leuze Service if required. Other interfaces such as USB and additionally Ethernet TCP / IP (for device variants RSL 230 and higher) offer additional configuration and diagnostics options.About LeuzeWith over 60 years of experience, Leuze has become an expert in innovative and efficient sensor and safety solutions in automation technology. Today, around 1,600 Sensor People worldwide use curiosity, passion and determination to drive progress and change. Their motivation is the lasting success of their customers in a constantly changing industry. Leuze offers its customers an individual competitive advantage through intuitive and reliable solutions for safe and non-safe position detection. For example, switching and measuring sensors, identification systems, solutions for data transmission and image processing. As a family-owned company and safety expert, the company also focuses on components, services and solutions for occupational safety. Thanks to their broad and in-depth application expertise in the machine and system construction, the Sensor People are a competent and flexible partner for customers with a wide range of industrial requirements. Visit us at www.leuze.com.

The world of robotics and automation for intralogistics is advancing quickly. Suppliers are pushing into new frontiers as technical barriers fall and innovations come to market. Warehouse operators and solution designers are combining technologies in new ways. With a focus on autonomous mobile robots (AMRs), piece picking, and learning systems, this session delivers insight into cutting-edge applications. Attendees will hear from experts representing practitioners, consultants, and integrators.

This is a paid advertisement. Unlock the full potential of Autonomous Mobile Robots (AMRs) by increasing efficiency and availability of each robot. The new Obstacle Detection System (ODS) software from ifm aims to reduce friction during development and deployment of AMRs across industrial environments. Solving the problems of floor segmentation and false positives, ODS solves for obstacle detection above and below the safety LiDAR, reduces unplanned stops and collisions, and shortens costly integration time.

This is a paid advertisement. Heavy-duty autonomous mobile robots (AMRs) like the Omron HD-1500 are quickly becoming the gold standard for automating pallet transport in warehouses and distribution centers. Capable of moving payloads through dynamic and peopled environments using onboard mapping software, AMRs provide the ultimate in flexibility and scalability. In this video, you will learn about the three methods logistics facilities can use to get pallets onto robots and the advantages each one has relative to the constraints of a particular warehouse infrastructure.

There are severe labor shortages within the agricultural industry, especially when it comes to seasonal workers. These workers are needed to perform manual, physically strenuous jobs, like transporting potted plants around an outside space, which is a necessity for horticulture. The plants need to be spaced out and periodically moved to different locations depending on their stage in the life cycle

DS Automotion is a global technology leader in mobile roboticsfor in-plant logistics and assembly applications. The companyhas over 40 years of experience in the development andproduction of mobile robots and the associated fleetmanagement systems, which are used as AGV (automatedguided vehicle) and AMR (autonomous mobile robot) solutions,among others.

TUCKER GmbH, headquartered in Giessen, was founded in 1959 and is part of the Black & Decker Corporation. Over 1,100 employees develop and produce innovative, high-quality fastening and joining technology for distribution around the globe. The manual transport of small parts from the warehouse was automated using KNAPP’s Open Shuttles – autonomous mobile robots. The Open Shuttles move on the shared travel paths and supply two workstations near the dispatch sorters with small parts. While on the move, they have to dodge obstacles such as other transport vehicles (forklift trucks, pallet trucks, etc.), persons in the warehouse and any pallets that have been left in the way.