Application of PEEK, PPS, PA66 modified materials in humanoid robot components
With the successful landing of Yushu Technology in the capital market and the official start of mass production and delivery of Tesla Optimus embodied intelligent robots, the global humanoid robot industry has entered a critical cycle of large-scale landing. From quadruped walking robots to humanoid collaborative robots, equipment needs to complete autonomous movement, precise grasping, and human-machine collaborative operations under complex working conditions such as high temperature, dust, acidity, and high-frequency reciprocating motion. Traditional metal components are heavy, prone to fatigue, and have high processing costs. Ordinary general-purpose plastics lack heat resistance, wear resistance, and dimensional stability, making it difficult to meet the strict standards for long-term stable operation of mass-produced models.
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