Performance advantages and features:
● Five-axis linkage machine tool can produce complex surfaces in one operation, reducing clamping errors;
● 7075 aluminum material is high-strength and lightweight, meeting the mechanical requirements of robot joints;
● Black anodized, wear-resistant and corrosion-resistant, with an exquisite appearance;
● Rich experience in internal hollow structure design, achieving weight reduction without compromising strength;
● Samples can be produced within 3 days at the fastest, and the monthly production capacity for batches can reach up to 10,000 pieces.

Specifications:
● Material: 7075 aviation aluminum alloy (supporting 6061-T6 as an option);
● Processing accuracy: ±0.01mm;
● Surface treatment: natural color/black anodizing, sandblasting, hard anodizing;
● Process: Combined machining of five-axis CNC milling and CNC turning;
● Price: Quoted based on the complexity and quantity of the drawings, with a 30%-50% discount for bulk orders.

Application scenario or detailed introduction:
High-precision finger joint components specifically designed and manufactured for the finger joints of humanoid robots. Made of 7075 aviation aluminum alloy, they are precisely machined through five-axis CNC machining, combined with an internal hollow design for weight reduction, ensuring strength while significantly reducing joint load. The surface undergoes black anodizing treatment, providing excellent wear resistance and corrosion resistance. They are suitable for use in scenarios such as dexterous hands of humanoid robots and end effectors of collaborative robots.