CL2-2716-0912 Wireless Slip Ring Hollow Shaft Motor - 12V




Wireless Slip Ring Hollow-Shaft Motor CL2-2716-0912-
The Solis Motor Wireless Slip Ring Motor integrates contactless wireless power transfer, high-speed wireless data transmission, and precision rotary drive technologies into a compact system, enabling continuous 360° unlimited rotation without the physical contact required by conventional carbon brushes or conductive slip rings. This contactless architecture effectively eliminates mechanical wear and contact noise while significantly reducing maintenance requirements. Featuring high reliability, long service life, low maintenance, high transmission efficiency, and a highly integrated design, the motor is ideal for applications requiring continuous rotation, including LiDAR, millimeter-wave radar, electro-optical rotary platforms, robotics, intelligent surveillance systems, and automation equipment.

Engineered for Precision Motion

Contactless Wireless Transmission
Wireless Power Transfer (WPT) and wireless data communication technologies enable contactless power delivery and signal exchange between the stationary and rotating sides, eliminating mechanical contact and wear.
Continuous 360° Unlimited Rotation
Supports unrestricted continuous rotation without cable twisting or winding limitations, making it ideal for long-duration and high-frequency rotary applications while improving system efficiency and reliability.

High-Speed & Stable Data Communication
Supports high-speed, low-latency data transmission to meet the real-time communication requirements of LiDAR point-cloud data, millimeter-wave radar target data, and high-precision sensor information.
High-Efficiency Wireless Power Transfer
A high-efficiency wireless power transfer architecture provides stable power to rotating-side devices while minimizing power loss and heat generation, ensuring reliable continuous operation.

Industrial-Grade Reliability
The brushless, contactless design eliminates conventional conductive-ring contact, significantly reducing mechanical wear and maintenance requirements while supporting long-term continuous operation in demanding industrial environments.
Compact Integrated Design
Wireless power transfer, wireless communication, and rotary drive functions are highly integrated into a compact structure, simplifying installation and enabling easy system integration and equipment upgrades.
Technical Specifications
Key Applications
Humanoid Robots
Joint actuation for bipedal and full-body humanoid platforms
Collaborative Robots
Safe, precise motion for robot arms and grippers
Exoskeletons
Power assist and rehabilitation exoskeleton systems
Education & Research
Robotics labs, university projects, and prototyping
Medical Assistants
Surgical robots and rehabilitation equipment
Smart Automation
Automated guided vehicles and smart manufacturing
Downloads
Product documents for engineering evaluation, mechanical integration and maintenance planning.
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