Describe the variety of motion control solutions (components and assemblies) CCTY provides to humanoid and industrial robotic applications?

CCTY specializes in designing and manufacturing motion control solutions tailored for both humanoid and industrial robotic applications. Ball Bearing: These include radial, 4-point contact, angular contact, and flexible ball bearings, ideal for precise rotation in linear and rotary actuators and humanoid robot fingers. They are characterized by high precision, low clearance, low friction and the ability to handle both radial and axial loads.

Cross Roller Bearings: Located in the rotary actuators of humanoid robots and industrial arms, these bearings support axial loads from both directions, radial loads, tilting moment loads, and any combinations of loads. They boast high load capacity, high stiffness, precision, compact design, long lifespan, and low maintenance requirements. Spherical Plain Bearings: Suitable for applications requiring three-dimensional motion, these bearings accommodate self-lubrication, high misalignment angles and offer near zero torque and clearance, with high precision. Rod End & SPB Assemblies: Used in the joints of humanoid robots, particularly in linear actuator ends, rod ends allow for rotational freedom about all axes while maintaining a fixed point of contact. They are compact, optionally maintenance free, easy to mount, and can accommodate high misalignment angles, enhancing the robot’s efficiency and durability. RNN & Cage Needle Bearings: These bearings are utilized in planetary rotary actuators and wheel side reduction gears. They transmit torque and support radial loads while maintaining a compact design, reducing friction in robot arms and improving rigidity.