Star Automation is the North American Branch of Star Seiki which has been manufacturing high-performance robotics since 1964. Our comprehensive approach to manufacturing and packaging builds custom processes for your operations that can include injection molding robots, cartesian servo gantry robots, automatic unloaders, palletizers and depalletizers, pallet changers, sprue pickers, and conveyors. Our precision End of Arm Tooling brand, Eins, offers the largest selection in North America plus unmatched customer service covering the continental United States, Canada, and Mexico. We lead the industry with easy to use robots, increasing efficiency, improving product quality, and reducing labor costs. | Automation for injection molding: Robots, tooling, conveyors, chuck parts. | Star Automation is the North American Branch of Star Seiki which has been manufacturing high-performance robotics since 1964. Our comprehensive approach to manufacturing and packaging builds custom processes for your operations that can include injection molding robots, cartesian servo gantry robots, automatic unloaders, palletizers and depalletizers, pallet changers, sprue pickers, and conveyors. Our precision End of Arm Tooling brand, Eins, offers the largest selection in North America plus unmatched customer service covering the continental United States, Canada, and Mexico. We lead the industry with easy to use robots, increasing efficiency, improving product quality, and reducing labor costs. | Star Automation is the North American Branch of Star Seiki which has been manufacturing high-performance robotics since 1964. Our comprehensive approach to automation solutions for your manufacturing can include take-out robots, automatic unloaders, box filling systems, palletizers and depalletizers, pallet changers, sprue pickers, and conveyors. Our precision End of Arm Tooling brand, Eins, offers the largest selection of robot chucking parts in North America plus unmatched customer service covering the continental United States, Canada, and Mexico. We lead the industry with easy to use robots, increasing efficiency, improving product quality, and reducing labor costs.
Southwest Research Institute
Southwest Research Institute® (SwRI®) is a premier, independent, applied research and development organization implementing advanced applications, creating unique integrations, and solving the most difficult challenges for government and commercial clients worldwide. The staff of more than 3,200 specializes in the creation and transfer of technology in engineering and the physical sciences. Over decades, SwRI has grown from a single building to more than two million square feet of laboratories, workshops, test facilities, and offices, occupying more than 1,500 acres. For more than four decades, SwRI has provided expert robotics R&D support across the full spectrum of robot types, markets, and applications, including manipulator integration and application development, custom robot and end effector design and fabrication, human-machine cooperation, and autonomous mobile robots. SwRI curates the Robot Operating System-Industrial (ROS-I) open-source project, which is a global robotics research initiative steered by a consortium. The project creates software capabilities and applications for the industry based on open-source building blocks. Operating as a nonprofit since its foundation in 1947, SwRI works in the public’s best interest and toward the betterment of humanity. | SwRI® is a nonprofit, contract R&D organization with more than 70 years of experience in food-related sciences, including microencapsulation and nanoencapsulation technologies. SwRI specializes in formulation and process development, offering dozens of encapsulation techniques capable of preparing capsules from nanometers to millimeters. Additional food-related capabilities available at SwRI include nanomaterials, antimicrobial materials, analytical chemistry, testing and failure analysis, materials engineering for food applications, and manufacturing systems. | When we say we’re solving today’s problems with tomorrow’s technology, we mean it. Visit us at Futures Park and experience our revolutionized ENABLE® markerless motion capture system. With enhanced speed and compatibility, ENABLE now integrates with other animation software platforms, simplifying your workflow. Our upgraded technology surpasses traditional motion capture methods, allowing for non-invasive, accurate, and efficient analysis of human movement outside the lab. Visit our booth for live demonstrations, and let’s discuss how we can collaborate and create custom solutions tailored to your needs using our cutting-edge motion capture technology. | Southwest Research Institute® (SwRI®) is a premier independent, nonprofit research and development organization. We offer multidisciplinary services leveraging advanced science and applied technologies. Since 1947, we have provided solutions for some of the world’s most challenging scientific and engineering problems. For the power storage industry, we provide multiple services, including battery research, system design, development, testing, and analysis. Our labs adhere to quality standards and can provide abuse and environmental simulation services.
Sedin Technologies Inc.
Sedin Engineering is a multidisciplinary engineering and technology solutions provider that supports global manufacturers in accelerating product development, optimizing plant performance, and driving digital transformation. With a strong foundation in engineering excellence and domain expertise, Sedin delivers end-to-end services that span the entire lifecycle—from concept and design to implementation and support. At the core of Sedin’s capabilities is its robust product engineering services. The company partners with clients to design and develop innovative products across industries such as industrial machinery, automotive, heavy equipment, and consumer products. Its offerings include mechanical design, CAD modeling, simulation and analysis, value engineering, and product lifecycle management (PLM) support. By leveraging advanced tools and engineering best practices, Sedin ensures that products are not only high-performing but also cost-effective and manufacturable. In addition to product engineering, Sedin has deep expertise in plant engineering and industrial automation. The company helps organizations modernize and optimize their manufacturing facilities through services such as plant layout design, process engineering, equipment design, and system integration. Sedin also specializes in automation solutions, including PLC programming, robotics integration, SCADA systems, and smart factory implementations. These capabilities enable clients to enhance productivity, improve quality, and reduce operational costs. Sedin’s digital engineering and Industry 4.0 services further strengthen its value proposition. The company assists clients in adopting digital technologies such as IoT, data analytics, and digital twins to create intelligent and connected manufacturing environments. Through these solutions, businesses gain real-time insights, predictive maintenance capabilities, and improved decision-making. Another key area of Sedin’s expertise is engineering documentation and technical publications. The company provides high-quality documentation services, including user manuals, service manuals, and training materials, ensuring that complex engineering information is communicated clearly and effectively. Sedin Engineering also emphasizes flexibility and collaboration in its engagement models. Whether clients require dedicated engineering teams, project-based support, or offshore development centers, Sedin adapts to meet their specific needs. Its global delivery model, combined with a strong focus on quality and timelines, ensures seamless execution and customer satisfaction. With a commitment to innovation, continuous improvement, and customer-centricity, Sedin Engineering has established itself as a trusted partner for organizations seeking to enhance their engineering capabilities and stay competitive in a rapidly evolving industrial landscape. | Sedin Technologies is a global engineering solutions provider supporting manufacturers, OEMs, and industrial innovators with end-to-end design, automation, modeling & detailing and engineering services. Through our dedicated division, Sedin Engineering, we help companies accelerate product development, enhance manufacturability, and reduce time-to-market. With 150+ skilled engineers and a proven record of delivering complex mechanical, electrical, automation, and plant design projects, we offer: Product design & engineering Industrial automation & controls CAD/BIM modeling and detailing Our flexible engagement models include on-demand support, full-time dedicated engineering teams, or complete project outsourcing — allowing organizations to scale efficiently while maintaining high quality and cost control. As exhibitors at MD&M West, we look forward to meeting MedTech and advanced manufacturing leaders seeking reliable engineering partners to support innovation, product development, plant upgrades, or production optimization. Connect with us to explore how Sedin can strengthen your engineering capacity and drive better project outcomes.
Samuel Automation
Samuel Automation, a division of Samuel, Son & Co., specializes in designing and delivering custom-engineered robotic systems and integrated automation solutions for diverse industrial applications. The company focuses on enhancing manufacturing efficiency through technologies such as robotic assembly, vision systems, and specialized material handling. | Samuel Automation is dedicated to applying innovation, ingenuity, and years of automation experience to solve its customers’ complex manufacturing problems, thus reducing production costs, increasing product yield, and improving productivity. The company’s turnkey solutions integrate various types of equipment, such as conveyors, robots, vision systems, testers, indexers, ultrasonic welders, and many more.
RoboTape by Innovative Automation
RoboTape™ and RoboClip™ are purpose-built automation systems designed to address two production processes that continue to introduce variability in high-volume manufacturing: tape application and clip insertion. Both systems are engineered to reduce operator dependency, eliminate common sources of interruption, and deliver consistent, repeatable performance in environments where cycle time stability and quality cannot fluctuate. Backed by over 35 years of custom automation experience through Innovative Automation, RoboTape and RoboClip are deployed across automotive, electronics, and industrial manufacturing operations globally. RoboTape™ – Automated Tape Application RoboTape™ is a robotic tape application system designed to apply foam, felt, and adhesive tapes with high precision across flat and complex 3D surfaces. The system is built around a patent-pending remote feeding module, where material is stored outside the work area and continuously monitored. Integrated sensing provides advance notification before tape depletion, allowing operators to prepare and splice new material while the system continues to operate. This approach removes the need to stop production for tape changeover and helps maintain stable cycle times. RoboTape enables manufacturers to: -Maintain continuous operation during material replenishment -Improve placement accuracy and process consistency -Reduce variability associated with manual application -Support complex geometries with controlled application paths -Optimize material usage through consistent tape delivery With a compact footprint of approximately 5.5 sq ft, RoboTape integrates into both new and existing production environments. Systems currently in the field have supported over 1 million parts and more than 7 million tape applications. RoboClip™ – High-Speed Clip Insertion RoboClip™ is an automated clip insertion system designed to improve feeding reliability and throughput in fastening processes. Traditional solutions often rely on bowl feeders or multi-axis robots, which can introduce misfeeds, jams, and inconsistent insertion performance. RoboClip uses a drum-based feeding system combined with a compact 4-axis motion architecture to deliver consistent clip orientation and controlled insertion force. The system includes automatic fault recovery and is engineered to maintain stable operation across extended production runs. RoboClip delivers: -Cycle times in the range of 2–3 seconds -99.97% insertion accuracy -Reduced misfeeds and elimination of common feeder jams -Consistent performance across multiple clip types without frequent retooling Available in multiple widths, RoboClip is designed to fit within existing layouts and is widely used in automotive interior and exterior assembly applications. System Monitoring and Verification Both RoboTape and RoboClip include built-in sensor verification and data logging to support process validation, traceability, and production monitoring. Why Work With Us Over 35 years of automation engineering experience Two patent-pending products engineered for specific manufacturing processes Systems operating in production with Tier 1s and OEMs across North America, Europe, and Asia RoboTape and RoboClip will be running live at Booth 4355. Visit us to see the systems running and speak with our team about your application requirements.
Renishaw, Inc
Renishaw is a recognized leader in Raman spectroscopy, producing high performance raman systems, including microscopes, bench-top Raman analyzers and combined systems, for a range of applications. We have decades of experience developing flexible Raman systems that give reliable results, even for the most challenging measurements. Whatever your Raman analysis requirements, Renishaw’s teams of scientists and engineers are here to provide you with expert advice, as well as product, technical, and applications support. | Renishaw is a global company with core skills in measurement, precision machining, additive manufacturing, and motion control. We develop innovative products that advance our customers’ operational performance – improving manufacturing efficiencies and raising product quality. Our products are used for applications as diverse as machine tool automation, coordinate measurement, additive manufacturing, gauging, and calibration. Built on Renishaw’s established and trusted metrology technology, the RCS product series is designed to enable consistent, fast and traceable robot cell improvements. It addresses long standing challenges in industrial automation, providing practical solutions that improve reliability, accuracy and ease of deployment. The products fall into two main categories, starting with portable, ballbar based toolkit solutions designed for in field robot calibration. The toolkit range includes RCS L 90, a single ballbar system used to improve robot accuracy, speed up deployment and monitor ongoing robot health. For more advanced requirements, RCS T 90 expands capability with a tri ballbar system, enabling deeper diagnostics, root cause analysis of performance issues and joint re mastering. Both systems are supported by an intuitive robotics software suite that guides users step by step through each test. Secondly, RCS P series is Renishaw’s robot probing solution for fast, accurate alignment and recovery in automated cells. It enables robots to automatically establish part and tool frames, keeping processes accurate without manual touch ups. When cells are disrupted by drift, maintenance or collisions, P series allows systems to be quickly recovered to a known baseline, reducing downtime and helping manufacturers get back into production faster. Renishaw also provides a wide range of high-quality, reliable encoders that offer precise feedback, even in extreme conditions. Their compact and lightweight construction supports flexible system designs and seamless integration into a variety of robot types, where accuracy, repeatability, and control are critical requirements. | For over 50 years, Renishaw has been a leading innovator in manufacturing technologies. Renishaw designs, manufactures and supports it’s products worldwide, including the RenAM 500 Additive Manufacturing systems, designed for the series production of metal components using powder bed fusion (PBF). These AM systems are designed and built by Renishaw to fulfil a range of industry applications where durability, customized parts and precision are key. Our, in-house, expertise in process development and experience of this technology, enable us to provide turn-key and optimized AM solutions. The comprehensive range of Industrial Metrology products designed and supplied by Renishaw, help manufacturers to maximize production output, to reduce significantly the time taken to produce and inspect components, and to keep their machines running reliably. In the fields of industrial automation and motion systems, our position measurement and calibration systems allow builders to manufacture highly accurate and reliable products. For more information on Renishaw please go to www.renishaw.com. | Renishaw, with associate company RLS, offers a comprehensive range of advanced encoders used by OEMs around the world for exact positioning, highest reliability, and superior performance-to-cost value. A variety of different encoder technologies provide machine designers with proven solutions to difficult applications. Three encoder technologies —optical, magnetic and laser interferometer—all are engineered to deliver non-contact, friction-free operation, exceptional ease of installation, space savings, and application flexibility.
Real Time Automation
Real Time Automation designs industrial data connectivity products that move real-time machine data between PLCs, networks, historians, enterprise systems and Cloud applications. We build industrial protocol gateways, edge data historians and embedded connectivity software used on factory floors and inside OEM devices worldwide. Customers use our products to connect devices with different network technologies together. Our products can move data between EtherNet/IP, PROFINET, Modbus TCP, Modbus RTU, BACnet, SNMP and other networks. Industrial controls engineers use our products to move data from these networks into Allen-Bradley and Siemens PLC architectures.
PushCorp
Robotic Tools Built to Handle the Toughest Material Removal Jobs Empowering manufacturers to automate tough jobs like grinding, sanding, and polishing, making advanced robotics accessible to shops of all sizes. Easy-to-implement robotic tooling systems that deliver consistent results, without needing a robotics expert on your team. A full suite of robotic tooling products: Robotic Force Compliance Devices, Robotic Servo Spindle Motors, Robotic Backstand Equipment With PushCorp, you’re gaining a partner that helps you simplify complex work, improve output, and protect your team.