Precision Processing Equipment
GOETO Precision’s precision processing equipment covers three core workshops — mold manufacturing (CNC machining, EDM, wire-cut, grinding), injection molding machines (servo-driven, automated feeding), and metal terminal processing (automatic lathes, NC turning) — supporting our integrated mold design, manufacturing, injection molding and assembly workflow since 2015.
Our mold manufacturing workshop is equipped with CNC machining centers for roughing and finishing mold bases and cavities — achieving tolerances within ±0.005mm on precision components. EDM spark erosion machines process hardened steel electrodes and complex cavity details that conventional cutters cannot reach. Wire-cut systems deliver fine contour accuracy for mold inserts and precision tooling. Surface grinders ensure plate flatness while cylindrical grinders handle roundness requirements on mold pins, bushings, and guide posts. These machines collectively support mold base machining, core/cavity fabrication, electrode production, and post-machining grinding for injection molds serving automotive parts, office equipment, and home appliance applications.
The metal terminal processing line features automatic lathes, NC CNC turning lathes, and conventional lathes dedicated to producing terminals and connectors. Materials processed include brass, copper alloys, stainless steel, and aluminum — primarily serving EV charging station terminals, energy storage battery connectors, and industrial electrical contact applications. Automatic lathe operations handle high-volume terminal body turning with consistent dimensional control. NC turning machines manage more complex profiles requiring programmed tool paths. Conventional lathes provide flexibility for one-off setups and tooling adjustments. Output from all machines undergoes dimensional inspection against customer specifications before packaging.
The metal terminal processing line uses automatic lathes, NC CNC turning lathes, and conventional lathes to produce terminals and connectors. Materials include brass, copper alloys, stainless steel, and aluminum — commonly used in EV charging systems, energy storage equipment, and industrial electrical contact applications. Output is verified with dimensional inspection against customer specifications.
All processing equipment output is verified by our dedicated testing and inspection equipment. CMM coordinate measurement machines verify critical dimensions on mold components and machined parts. 2D projectors check profile accuracy on stamped and turned items. Hardness testers confirm material specifications after heat treatment processes. This integrated quality loop ensures every component meets drawing requirements before shipment.
