In the field of CNC processing, we always keep up with the cutting-edge demands of the industry. In response to the technical upgrading requirements of our customers, we have successfully developed magnesium alloy processed components to replace aluminum alloy components and apply them to the manufacturing of the outer shells of humanoid robots. The magnesium alloy components are not only lighter in weight but also enhance the strength and durability of the robot shells, helping our customers achieve performance breakthroughs in the research and development of humanoid robots.
Moreover, key components inside the robotic arm, such as connecting rods and shafts, also rely on CNC processing to ensure accurate motion transmission and positioning.

CNC machining, by employing processes like hobbing and gear shaping, can produce gears meeting various specifications and accuracy levels, fully satisfying the diverse transmission requirements of robots. In the machining of lead screw - nut pairs, it can precisely control the pitch accuracy and surface finish of the lead screws, as well as the fit accuracy of the nuts. For shaft - type parts, CNC machining can ensure that the diameter accuracy, cylindricity, and surface roughness of the shafts meet the standards, guaranteeing the fit accuracy and transmission efficiency between the shafts and other components.

The dimensional accuracy requirements for robot joint components are extremely high. For example, the diameter tolerance of the joint shaft needs to be controlled within ±0.005mm, and the position accuracy error of the joint hole should be controlled within ±0.01mm. With the help of precise computer programming and control systems, CNC machining can accurately regulate the tool's movement trajectory and cutting volume, ensuring the dimensional accuracy of all parts of the joint components, guaranteeing the fit accuracy between components, and enabling the robot to achieve precise movement.