Metal Polygon Scanner Motor
group nameMetal Polygon Scanner Motor
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Min Order1 piece
brand nameSolismotor Custom Robot Joint Drives
modelCL0-5435-1216
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update timeSun, 11 Oct 2026 23:47:48 GMT
Paramtents
Rated Torque 11 mN·m
Rated Speed 7300 rpm
Rated Current ≤1.2 A
Rated Voltage 12 V
Working Temperature -20℃~85℃
Winding Insulation Class Class F
Weight ~270 g
Dimension Ø54 × 35 mm
Packging & Delivery
Min Order1 piece
Briefing
Detailed
CL0-5435-1216-Metal Polygon Scanner Motor
The Solis Motor Metal Polygon Mirror Scanning Motor is specially designed for high-speed beam scanning, precision optical deflection, and industrial laser applications. Featuring a high-strength metal polygon mirror, high-performance brushless motor, precision bearings, and a high-rigidity rotor structure, it delivers high-speed rotation, fast dynamic response, and stable long-term operation. Compared with glass polygon mirrors, metal polygon mirrors offer higher mechanical strength, superior impact resistance, and greater environmental adaptability, making them particularly suitable for industrial applications requiring high-power laser operation, vibration resistance, and high reliability.s.
Engineered for Precision Motion
High-Rigidity Metal Polygon Mirror
Precision-machined from high-quality metal materials such as aluminum alloy, stainless steel, or titanium alloy, the polygon mirror provides excellent structural rigidity and resistance to deformation, ensuring stable long-term operation under high-speed rotation and demanding operating conditions.
High-Speed Dynamic Response
Optimized rotor mass distribution reduces rotational inertia, enabling rapid acceleration and deceleration as well as high-frequency scanning, thereby improving system response and overall scanning efficiency.
Excellent Rotational Stability
High-precision dynamic balancing, combined with a precision bearing system, effectively minimizes vibration, noise, and runout during high-speed operation, ensuring stable and consistent scanning trajectories.
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.
Highly Reliable Industrial Design
Designed for long-term continuous operation, the motor offers excellent resistance to shock and vibration as well as strong environmental adaptability, meeting the reliability requirements of demanding industrial automation applications.
Flexible Customization
Customization options are available for mirror dimensions, number of facets, reflective coatings, rotational speed, mounting configurations, and drive solutions, enabling tailored solutions for different optical scanning applications.
Technical Specifications
Key Applications
Polygon-Mirror Scanning
Rotational drive for metal polygon-mirror scanning assemblies.
Optical Sweep Generation
Mirror rotation for producing repeated optical sweeps in compatible scanning systems.
Scan Timing Evaluation
Evaluation of mirror rotation and scan timing with the selected drive and sensing arrangement.
Scanning Module Integration
Mechanical and electrical integration into metal polygon-mirror scanning modules.
Scanner Prototype Development
Evaluation of motor and mirror assemblies during scanner prototype development.
Optical Scanning Research
Experimental investigation of rotating-mirror scanning methods and system integration.
Downloads
Product documents for engineering evaluation, mechanical integration and maintenance planning.
