Sliding Bearings ( Self-Lubricating ) for Humanoid Robots are used in low load, high-frequency oscillating applications, such as robotic finger joints, to reduce maintenance.
Miniature Bearings for Humanoid Robots are designed for space-constrained compact joints, such as in finger articulation and ocular rotation mechanisms, with diameters potentially measuring can under one millimeter.
Linear Motion Bearings for Humanoid Robots are used in linear motion components, such as telescoping arms and leg lifting mechanisms, to provide low-friction guidance.
Flexible Bearings for Humanoid Robots, embedded at the heart of joint drives within harmonic drive reducers, endure high-frequency elastic deformation to enable ultra-high reduction ratios.
Ball Screw Bearings for Humanoid Robots are integrated into linear drive systems, convert rotary motion into linear motion, as exemplified in mechanisms such as gait adjustment systems.
