Structural Components for Humanoid Robots

Lightweight Yet High Strength Using aerospace-grade aluminum alloys (such as 7075 and 6061), as well as magnesium and titanium alloys, we optimize rib structures and thin-wall machining techniques to achieve extreme weight reduction while maintaining structural stiffness — enhancing payload capacity and battery endurance of humanoid robots. Ultra-High Machining Accuracy Critical mounting surfaces and positioning holes are controlled within IT6 tolerance (±0.005 mm), with surface roughness as low as Ra 0.4, ensuring precise assembly and optimal transmission efficiency for core components such as harmonic reducers and motors. Advanced Complex Geometry Capability Highly experienced in machining complex curved surfaces, deep cavities, and angled holes, supporting biomimetic structural designs required for humanoid robot joints (e.g., hip, knee, and wrist) to enable flexible and dynamic motion performance.