Robot bearings are the core basic components of robot joints and transmission systems, widely used in industrial robotic arms, collaborative robots, humanoid robots, service robots, and specialized robots. As key components determining motion accuracy, rigidity, and lifespan, their demand is rapidly increasing with the popularization of automated production lines and the rapid mass production of humanoid robots. The current market is dominated by high-precision crossed roller bearings, harmonic/RV reducer-specific bearings, and joint thin-walled bearings, focusing on scenarios such as automotive manufacturing, 3C electronics, new energy, logistics, and warehousing. It presents a technological trend of high precision, high rigidity, lightweight, long lifespan, and resistance to complex working conditions. The global market maintains rapid growth, and the wave of localization of humanoid robots and high-end equipment in China further opens up space for domestic substitution. Robot bearings have become one of the core tracks with the strongest growth certainty and continuously increasing value in the intelligent manufacturing industry chain.

Robot bearings serve as the "joint hub" for core components such as robot joints, reducers, and servo motors. Their primary functions include reducing friction, precisely supporting multi-directional loads, and ensuring high rigidity and repeatable positioning accuracy. These bearings directly determine the motion stability, lifespan, and control precision of robots. To meet customer demands for robots, RNES produces various types of bearings for robots. For inquiries, please contact +8618918496786