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Glass-Mounted Polygon Mirror Scanning Motor
- group name
- Glass-Mounted Polygon Mirror Scanning Motor
- Min Order
- 1 piece
- brand name
- Solismotor Custom Robot Joint Drives
- update time
- Tue, 22 Sep 2026 12:22:12 GMT
Paramtents
Model CL0-5028-1214
Rated Torque 8mN·m
Rated Speed 4900rpm
Rated Current ≤0.5A
Rated Voltag 12v
Working Temperature -20℃~85℃
insulation of motor coil Class F
Weight ~270g
Dimension Ø50*28mm
Packging & Delivery
-
Min Order1 piece
Briefing
Detailed
CL0-5028-1214-Glass-Mounted Polygon Mirror Scanning Motor
The Glass-Mounted Polygon Mirror Scanning Motor is a high-speed, high-precision drive solution specifically developed for laser scanning, beam deflection, and precision optical systems. Featuring a high-performance brushless motor, precision bearings, and a high-rigidity rotor structure, the motor integrates high-reflectivity optical glass mirrors directly onto the rotor, enabling stable, low-vibration mirror rotation with excellent repeatability. With fast dynamic response, low inertia, high positioning accuracy, stable operation, and long service life, the motor is well suited for a wide range of applications, including LiDAR, laser processing, 3D scanning, AOI inspection, medical optics, and scientific research equipment.
Engineered for Precision Motion
High-Precision Optical Motion
High-precision rotor manufacturing and mirror mounting processes minimize mirror runout and ensure excellent repeatability.
Ideal for high-precision beam steering and optical scanning applications.
High-Speed Dynamic Response
The low-inertia mirror and rotor design significantly reduces system response time, enabling rapid start/stop operation and fast angular transitions.
Suitable for high-frequency scanning systems.
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Low Vibration & Low Noise
Optimized electromagnetic design and precision rotor balancing ensure stable operation even at high rotational speeds.
Reduced vibration and mechanical runout help minimize optical scanning errors.
High-Precision Manufacturing
Critical components are manufactured using high-precision CNC machining and precision assembly processes to ensure excellent concentricity, axial runout, and rotational accuracy, providing a reliable foundation for high-precision optical scanning.
Excellent Reliability
High-quality bearings and a long-life structural design ensure stable and reliable operation over extended periods.
Suitable for continuous operation in demanding industrial environments.
Compact & Lightweight Design
The highly integrated structure minimizes overall size and installation space, enabling easy integration into a wide range of optical scanning modules and systems.
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