OEM High Speed Slip Ring Factory Servo Encoder Slip Ring for Advanced Testing Equipment

This high-speed conductive slip ring is engineered to support 60 independent circuits while operating at rotational speeds exceeding 15,000 RPM. It delivers stable multi-channel transmission under extreme rotational conditions, making it ideal for advanced testing equipment.

Featuring gold-gold contact materials for low contact resistance and minimal electrical noise, this slip ring ensures reliable performance for sensitive signal transmission and real-time data acquisition. Advanced brush pressure control reduces wear and guarantees long-term operational stability.

Housed in a durable aluminum alloy enclosure, the slip ring provides excellent mechanical protection and environmental resistance. It is widely implemented in wind tunnel testing, aerospace measurement systems, high-speed rail monitoring, and industrial R&D applications. Custom OEM solutions are available.

• High-speed testing platforms for aircraft engines
• Automotive wheel hub performance and drivetrain testing
• High-speed rail component testing
• Strain gauge and thermocouple signal acquisition
• Robotics and UAV payloads
• Laboratory and industrial precision measurement systems

• Core friction pair technology with gold metal contacts for ultra-long service life
• Integrated casting process ensuring concentricity between ring groove and bearing ≤ 0.01mm
• Mirror processing technology providing contact surface smoothness of Ra0.02 for reliable contact
• Precision component manufacturing with dimensional tolerance <0.01mm for high precision and stable performance
• Advanced brush wire modulation with near-zero pressure design extending slip ring life by 1/3
• Compact size and structure to meet space-constrained applications
• Solid aluminum alloy metal structure with strong sealing performance for harsh environments
• High-speed capability tested and verified up to 15,000 revolutions per minute
• Long lifespan with customizable options up to 150 million revolutions