Robotic Shoulder Covers for Both Arms

About This Part

With the rapid development of robotics technology, dual-arm collaborative robots are becoming a key force in intelligent manufacturing, precision assembly and even medical surgery with their flexibility and anthropomorphic operation capabilities. The dual-arm shoulder cover located at the key motion node of the robot's shoulder is a core component that ensures the stable operation, precise movement and long-term reliability of the entire arm system. Robotic Shoulder Covers for Both Arms require extremely high dimensional accuracy, geometric tolerance, surface quality and structural rigidity. Our KGL machining first selects high-strength aluminum alloy, titanium alloy or special steel as product materials, forms products through precision casting or forging, then optimizes performance through heat treatment, and ensures internal defects through non-destructive testing. Then rough machining is performed to remove the excess and process high-stability process reference surfaces and positioning holes. Stress release is performed to reduce subsequent processing deformation. On a high-precision five-axis machining center, special fixtures are used for precision machining. Fine boring or high-speed milling of bearing holes strictly controls size, roundness, coaxiality and surface roughness. The mounting surface is milled or ground to achieve high flatness and low roughness. Use five