JINPAT Slip Rings Ensure Precise Operation of Robotic Grippers

In today's rapidly advancing industrial automation and robotics technology, robotic grippers, as core components executing precision operations, place extremely high demands on the reliability of power and signal transmission. Leveraging its high-speed, long-life slip ring technology, JINPAT provides outstanding solutions for the stable operation of robotic grippers.  

JINPAT slip rings' high-speed performance stems from their precision manufacturing processes and innovative structural design. JINPAT employs special precision spherical bearings and ultra-precision component machining technology, enabling concentricity between the shaft and bearings to be controlled within 0.01mm. Combined with deep V-groove raceway design and mirror-level smoothness (Ra 0.05) contact surfaces, the slip rings maintain stable operation at speeds of 1200 rpm. For higher-speed requirements, JINPAT slip rings even support operating speeds up to 6000 rpm, meeting the dynamic response demands of robotic grippers in scenarios like high-speed sorting and precision assembly.  

Regarding lifespan, JINPAT slip rings significantly reduce friction loss by utilizing gold-to-gold precious metal contacts, combined with a multi-point contact design and dynamic resistance fluctuation as low as 10mΩ. The aluminum alloy housing and IP55 protection rating design enable JINPAT slip rings to withstand oil, dust, and humid environments commonly encountered during gripper operation. With an operating temperature range spanning from -60°C to +300°C, they support stable operation in extreme conditions, whether in freezer warehouse robots or high-temperature smelting robotic grippers.  

Furthermore, integrated hollow shaft slip rings capable of transmitting power, control signals, compressed air, and even hydraulic media simultaneously provide a unified solution for the grasping-rotating-clamping composite actions of multi-functional robotic grippers.