AMADA WELD TECH to Showcase Advanced Battery Welding and Process Monitoring Solutions at The Battery Show 2026 AMADA WELD TECH announces that it will showcase its latest battery manufacturing technologies at The Battery Show 2026, October 13-15 in Detroit, Michigan. At the company’s booth, visitors will see resistance welding solutions including a Linear DC welder, precision weld head, and process monitoring technology designed to improve weld quality, process control, traceability, and production flexibility for battery and e-mobility applications. Solutions & Equipment for Battery Pack Manufacturing Attendees will see battery welding solutions featuring AMADA WELD TECH’s UB-4000B Linear DC Micro Spot Welder and TL-188B-EZ THIN-LINE high force pneumatic weld head. The UB-4000B provides up to 4000 A output and offers closed-loop control of current, voltage, or power, while the TL-188B-EZ delivers 5 to 100 lb of force in a precision, low-inertia weld head design suited for both production line and benchtop applications. Built for demanding precision welding applications, the UB-4000B features an all-new Flex Pulse Mode for virtually unrestricted pulse shaping, along with modern communication protocols including RESTAPI and MQTT to support automation and connected manufacturing environments. The TL-188B-EZ combines a narrow vertical profile, adjustable force-firing, and EZ-AIR technology to support repeatable, high-throughput spot welding in compact manufacturing cells. Real-Time Weld Quality and Traceability AMADA WELD TECH will also highlight the WM-200A IIoT-ready networked resistance weld monitor, designed to give manufacturers deeper visibility into weld quality and production performance. The WM-200A supports networked process monitoring for resistance welding applications, helping manufacturers capture and use weld data as part of broader quality assurance and Industry 4.0 initiatives. By combining advanced welding power supplies, precision weld heads, and connected monitoring tools, AMADA WELD TECH delivers an integrated approach that helps battery manufacturers reduce variation, improve traceability, and support more consistent production outcomes.
