Amada Miyachi Expands Detroit Technical Center
The expansion makes room for lab space for increased application development services so that customers don’t have to tie up their own facilities.
Share




Amada Miyachi America (Monrovia, California), a manufacturer of resistance welding, laser welding, marking, cutting and micromachining equipment, has recently expanded and enhanced its Detroit, Michigan, technical center. The updated facility now features 5,500 square feet of laboratory space devoted to application development services for welding, marking, ablation, scribing and texturing of metals and plastics. Also on site is an expanded metallurgical lab for examining laser or resistance welds to analyze weld penetration and joint quality.
Application experts are on hand to work with customers to develop next-generation joining or marking processes, especially for medical, aerospace, automotive, and electric vehicle battery production and joining of cells. The expanded lab facility offers expertise and access to equipment so that customers do not have to tie up their existing production facilities.
The new application technical center is headed by Senior Applications Engineer Wes Buckley, who has 38 years of process experience in lasers and has worked at the existing laboratory for more than a decade. He is joined by three experienced technical experts. Recent projects include systems with galvo delivery for joining automotive battery cells for the electric vehicle market.
Related Content
-
3 Lessons Job Shops Can Learn From Laser Cutters
This laser-cutting “job shop” designs its processes to make high-mix, low volume work profitable.
-
Ceratizit Waterjet Nozzles Cut Difficult Materials
The HyproJet range features three standard waterjet nozzles designed to provide narrow hole tolerances, optimized cutting and radial run-out accuracy.
-
Flow Waterjet Cutting System Provides Fast Overall Cut Time
IMTS 2024: Flow’s Mach 200c five-axis cutting system features high-speed motors and drives for rapid speed and acceleration and deceleration.