Custom High‑precision CNC Machining for Copper Conductive Components of Robots

Precision Machining and Surface Treatment of High‑Conductivity Copper Alloys

Copper contacts of robot end‑effectors must withstand high‑frequency plug‑in‑and‑pull operations and vibrations. Conventional machining tends to result in unsatisfactory surface roughness and accumulated dimensional tolerances, which further lead to increased contact resistance and shortened service life. We adopt dedicated copper alloy machining processes, together with multi‑axis linkage CNC equipment, to implement precision cutting for complex curved surfaces and micro‑fine structures.