JINPAT Rehabilitation Training Robot Slip Ring

The slip ring is an indispensable component in rehabilitation robots, with its technology directly impacting the device's degrees of freedom, reliability, and user experience. As rehabilitation robots evolve toward lightweight and intelligent designs, JINPAT has introduced the LPM-04A miniature capsule slip ring specifically for the rehabilitation training robot sector in the field of rehabilitation medical engineering, embodying a highly customized design philosophy.  

The LPM-04A miniature capsule slip ring excels in motion performance, offering a maximum working speed option of 2000 rpm to meet the demands of high-speed, precise movements in rehabilitation training. Its core technological innovation lies in its contact materials and structural design, employing multi-point contact technology with precious metal alloys and an optimized elastic pressure system to achieve ultra-low electrical noise and lossless signal transmission.

In terms of durability, the product features a precision-engineered bearing system and a specialized lubrication solution, enabling a maximum lifespan of up to 30 million rotations, significantly reducing the maintenance frequency of rehabilitation equipment. This slip ring series offers a variety of outer diameter specifications ranging from 12.5 mm to 16 mm, allowing it to perfectly adapt to the spatial constraints of different models of rehabilitation robots.  

The product adopts a modular design architecture, enabling customers to flexibly choose the slip ring's external structure, wiring method (axial/radial), and housing material (metal/engineering plastic) based on actual application needs. This highly configurable feature ensures optimal installation solutions for various joint parts of rehabilitation robots. Notably, the LPM-04A series is specially optimized for medical rehabilitation environments, offering a protection rating of up to IP68 to ensure stable performance in frequently sanitized medical settings.