AMADA WELD TECH to Showcase Advanced Joining and Laser Processing Solutions for Medical Device Manufacturing at MD&M Midwest 2026

AMADA WELD TECH will highlight its advanced, application-focused technologies for medical device manufacturing at the upcoming MD&M Midwest exhibition in Minneapolis, MN, October 28-29, 2026. The technologies on display will address key medical device manufacturing challenges, showing how the company’s latest innovations meet increasing demands for precision, compliance, and throughput.

Equipment & Systems for Precision Welding Medical Devices

For precision joining of medical components, AMADA WELD TECH will showcase the all new UB-1500B Linear DC Micro Spot Welder, ideal for high-quality resistance welding at micro scale. This latest generation of power supplies features precision control of current from 5 A to 4000 A, 4 control modes for enhanced process results, basic waveform monitoring of current and voltage, and modern connectivity and control for automated integrations. For delicate assemblies that require precise position and force control, the SL-321A motorized electromagnetic weld head delivers precise, repeatable results while protecting fragile miniature devices. The setup pairs seamlessly with the WM-200A IIoT-ready networked weld monitor, enabling manufacturers to collect process data, monitor weld quality, and maintain traceability in regulated environments.

Lasers play a central role in precision medical device welding. AMADA WELD TECH’s WL-300A Precision Laser Welding Workstation is designed for low- to medium-volume medical and electronic device production. The system combines a continuous-wave or pulsed QCW fiber laser with galvo scanning optics, Z-axis motion, and a CDRH Class 1 enclosure, providing a flexible platform for precision laser welding.

Equipment for Advanced Medical Micromachining

For precision micromachining applications, AMADA WELD TECH’s SIGMA® LS Laser Micromachining Subsystem provides high-precision surface texturing and micro-cutting of intricate medical components. Its compact footprint and integration-ready design make it well suited for incorporation into automated systems and specialized manufacturing equipment.