In the field of artificial intelligence, humanoid robots, service robots, and collaborative robots have extremely high requirements for lightweighting, low noise, and maintenance-free operation of their moving parts. The EP series engineering plastic bearings are lightweight, operate quietly, and are self-lubricating, making them suitable for moving parts such as robot joints, drive mechanisms, and rotating flanges. Compared to metal bearings, engineering plastic bearings can reduce weight by more than 80%, require no lubrication or maintenance, and significantly lower the overall energy consumption and maintenance costs of robots. The EPQ shock-absorbing and durable material can withstand high-speed operation, with minimal wear between different shaft materials, low water absorption, and long durability, making it an ideal choice for robot motion joints. It effectively reduces vibration and noise during joint movement and enhances the smoothness and precision of robot motion.

The SAVI-LIN linear guide system is maintenance-free and requires no lubrication, making it suitable for robot linear motion modules and helping AI devices achieve smooth and precise movement. In the fields of autonomous mobile robots (AMRs) and drones, the EP series bearings are dust-resistant and maintenance-free, meeting the operational requirements of multiple scenarios both indoors and outdoors. The EPS ultra-low-temperature high-speed material has low friction and high chemical resistance, suitable for light-load high-speed motion and can operate in liquids, meeting the working conditions of underwater robots and special-purpose robots. The EPJ low-friction durable material is highly wear-resistant against almost all shafts, with a rotational speed of up to 1.5 m/s and a linear speed of up to 8 m/s, meeting the dual needs of high-speed operation robots for speed and wear resistance. The SAVI engineering plastic joint bearings are suitable for the rod-end connection parts of robots, offering self-lubrication and maintenance-free operation, enabling permanent outdoor maintenance-free operation of robot executive mechanisms. SAVI is committed to empowering the development of the artificial intelligence industry through technological innovation.