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CNC machining plays a crucial role in the manufacturing of robotic parts. Five-axis linkage and high-speed milling technology enable precise machining of joint structures (±0.005mm), servo motor housings (coaxiality ≤0.01mm), and harmonic reducer components (tooth profile accuracy Ra 0.4μm). This ensures collaborative robots meet the dual requirements of lightweight construction (aluminum alloy/titanium alloy) and high strength (tensile strength ≥1200MPa).
An integrated online inspection system continuously corrects errors, ensuring the flatness of precision sensor brackets (≤0.008mm) and batch consistency of flexible end effectors (CPK ≥1.67). Compared to traditional processes, efficiency increases by 50%, supporting the machining of carbon fiber composites and other specialty materials.
These advancements significantly enhance robotic motion accuracy (repeatability ±0.02mm) and durability (lifespan extended by three times), driving industrial and service robots toward high dynamics and high reliability.
Material and process: High-strength aluminum alloy 7075 or titanium alloy is used, and complex structures (such as bearing seats and gear grooves) are formed through five-axis CNC precision machining, with a tolerance control of ±0.01mm.
Key treatment: Constant temperature workshop (±1°C) to suppress thermal deformation, transmission contact surface hardening treatment to improve wear resistance; surface finish reaches Ra≤1.6μm, including deburring and rust prevention treatment.