JINPAT Compact Gas-Liquid Slip Rings for the Semiconductor Industry

In the cutting-edge field of semiconductor manufacturing, where extreme precision and cleanliness are paramount, every detail determines the success or failure of the final product. In critical processes such as high-precision wafer processing and chip packaging and testing, it is often necessary to simultaneously deliver gases and liquids to high-speed rotating worktables or robotic arms.

Traditional pipeline winding methods cannot meet the demands of continuous rotation, while JINPAT’s compact gas-liquid integrated slip ring, specifically designed for the semiconductor industry, serves as the precise hub that addresses this core challenge. It combines gas and liquid transmission into a single unit, utilizing an advanced dynamic sealing structure to enable infinite rotation of equipment components while delivering multiple media stably and without leakage to the process end. This ensures the smoothness and reliability of complex automated workflows.

The outstanding performance of this series of slip rings is first reflected in their ultra-compact structure and extended lifespan. By optimizing internal flow channels and bearing structures, the overall dimensions of the slip ring are significantly reduced, greatly facilitating integration into confined spaces such as robotic arm joints and rotating worktables. This contributes to more sophisticated equipment design.

To meet the high-intensity demands of near-continuous operation in semiconductor equipment, the product utilizes specialized sealing materials with excellent wear resistance and a low-wear structural design. The key rotating interfaces have undergone millions of test cycles, ensuring extremely low leakage rates and minimal performance degradation even under long-term, high-frequency operation. This significantly reduces the frequency of equipment maintenance and the risk of downtime.

JINPAT’s gas-liquid slip rings also offer high-level sealing protection (such as IP67) and optional sealing materials suitable for specific chemical media. These features effectively prevent external dust ingress and internal media leakage, ensuring process cleanliness and production safety. More importantly, they can be customized according to different interface types, achieving true on-demand customization and making them indispensable key components in semiconductor manufacturing equipment.