Empower Modern Robotics with JINPAT Slip Rings

As robotics advance toward greater degrees of freedom and intelligence, their joints must achieve infinite, continuous rotation to perform complex movements. However, traditional cables connecting rotating and fixed parts are prone to entanglement and wear, becoming a bottleneck for system reliability. The JINPAT LPC series slip rings were developed to meet this need. They act as the "nerves" of a robot's joints, efficiently and stably transmitting energy and information between rotating parts. They are a core component that ensures the robot's flexible and reliable operation.

The JINPAT LPC series slip rings offer the following core features:

1. Integrated transmission capability: Simultaneously transmits power and multiple signals (such as sensor and encoder signals), simplifying robot joint design and avoiding cable entanglement.

2. Diverse specifications: Offers a variety of channel counts and interface configurations, flexibly adapting to diverse application scenarios such as industrial robots and collaborative robots.

3. Excellent performance: Low electrical noise, stable transmission, and long service life ensure control accuracy and improve system reliability.

4. Wide application: Suitable for robot joints, rotary tables, AGVs, and other equipment, meeting the rotary connection needs of various automation equipment.

The LPC slip ring, with its reliable performance and flexible configuration, provides an efficient rotary connection solution for robotic systems, contributing to the development of modern robot.