Increased demand for precision parts processing

Humanoid robots have an increasing demand for precision parts, most of which involve multiple complex surfaces and apertures, and their machining accuracy directly affects the robot's motion accuracy and life. CNC machine tools can complete multi-axis linkage machining on a single device, ensuring that the machined parts are strictly in line with the design requirements in terms of shape and size. CNC can process humanoid robot precision accessories including:

Second. Joint components: Joints are the core components of humanoid robots and are usually composed of several small parts. CNC can process high-precision bearings, gears, shafts and other components required in joint components to ensure smooth and accurate joint movement.

Third. Exoskeleton structure: CNC can process the exoskeleton structure of humanoid robots, including the metal or composite shell of the torso, limbs and other parts. These components typically require high strength and precision to support robot movement and protect internal components.

Fourth. Connecting parts and support structure: These components are used to connect the various subsystems inside the robot together, such as the connecting parts of the motor and the joint, the sensor bracket, etc. CNC machining ensures dimensional accuracy and durability of these connectors.

Fifth. Transmission system parts: CNC CNC can process the gears, bearings, sprockets and other key components in the robot transmission system, which require high precision to ensure transmission efficiency and reduce motion errors.

Sixth. Hand precision parts: The hands of humanoid robots need flexible and fine movements. CNC machining can make small parts such as hand knuckles, micro-gears, fingertip sensor brackets, etc., to ensure the sensitivity and accuracy of hand movements.

Seventh. Sensor mount: Many sensors need to be fixed in a specific position and require stable and accurate support. CNC machining can be used to manufacture these sensor mounts, such as camera mounts, force sensor mounts, etc.

Eighth. Electronic components housing: CNC can also process the housing of electronic components, such as controller boxes, heat sinks, connector seats, etc., which require high precision to ensure the safety and heat dissipation performance of components.