JINPAT Slip Rings: Providing efficient and reliable solutions for automated equipment.

In modern automation equipment, such as robotic arms, welding machines, and material handling systems, actuators often require simultaneous connection of power, control signals, and compressed air. Traditional separate electrical slip rings and rotary joints not only occupy valuable space, but the complex piping and installation also pose challenges for engineers. The JINPAT LPPL series of pneumatic-electric integrated slip rings has emerged to provide an integrated solution for pneumatic and electrical transmission in the rotating parts of equipment, thanks to its highly integrated design.

Key Product Features:

Convenient Installation, Saving Time and Space

The LPPL slip ring adopts a compact, integrated pneumatic and electrical design, significantly simplifying equipment layout and external piping.  It requires only a single alignment installation, significantly reducing assembly complexity and time costs, facilitating rapid equipment integration.

Integrated electrical system with stable and powerful signal transmission.

It can reliably transmit low-loss CC-Link fieldbus signals, ensuring real-time and reliable communication between the rotating end and the master station. This is a key component in high-precision automation systems.

Safe, Reliable, and Durable

Made with high-quality materials and precision craftsmanship, ensuring airtightness and electrical performance under long-term rotation. Optimized contact structure, strong wear resistance, long lifespan, and resistance to harsh environments effectively reduce maintenance frequency and failure risks, ensuring continuous and safe production.

Choosing JINPAT LPPL pneumatic-electric integrated slip rings means choosing a simple, powerful, and trustworthy "power and nerve center" for your automation equipment. It makes rotational transmission no longer cumbersome, and makes complex motion control simple and reliable, a wise choice to improve overall equipment performance and competitiveness.