Product is perfect, and the seller is very professionnal. Thanks
—— French customer
This conductive slip ring is awesome! Easy to install, excellent electrical conductivity, and stable operation. High cost performance, good service, tight packaging, very satisfied! Recommended to buy!
Single-Channel Pneumatic-Electric Combined Slip Ring This single-channel pneumatic-electric hybrid slip ring is designed specifically for low-speed, high-precision applications. It features an aluminum alloy ... Read More
This product is a high-power-density through-hole conductive slip ring, specifically designed for complex rotating equipment requiring centralized transmission of large currents and multiple signals. It ... Read More
4-Channel Liquid Slip Ring with Low Resistance and 1000 RPM The A4H is a compact, 4-channel rotary electrical slip ring designed for applications involving relative rotation. It features a black anodized ... Read More
50A Current Electric Slip Ring - Corrosion Resistant 1500rpm High RPM Slip Ring Product Specifications Attribute Value Conventional current 50A Peak current 65A Length 56mm Width 23.8mm Speed 1500rpm Housing M8 ... Read More
4-way 30A High Power Cap-Type Conductive Slip Ring Integrated Flange Structure Product Specifications Attribute Value Outer diameter 30mm Length 66mm Installation Flange installation Single channel current 30A ... Read More
Signal Combination Slip Ring to Prevent Signal Interference This high-performance hybrid signal slip ring is designed for equipment requiring simultaneous high-power and multi-signal transmission. It integrates ... Read More
The A2S is a miniature, 2-channel, through-bore slip ring designed specifically for tight spaces and high-speed rotation applications. It features an aluminum alloy housing with a maximum outer diameter of just ... Read More
The Q12PM5 is a 12-channel independent pneumatic slip ring designed specifically for the simultaneous supply of multiple air lines to automated rotary stations. It features a disc-style design with a 6mm center ... Read More