Optical Analog DC XY Laser Scanner Galvanometer 15KPPS for Laser Light with Power Supply

Description

Optical Analog DC XY Laser Scanner Galvanometer 15KPPS for Laser Light with Power Supply The Optical Analog DC XY Laser Scanner Galvanometer 15KPPS is a high-performance integrated system designed for professional laser beam steering and projection applications. This dual-axis scanner delivers precise, flicker-free performance with a scanning speed of 15,000 points per second, complying with ILDA standards at 8° optical angle. Featuring DC galvanometer motors with closed-loop feedback, it ensures exceptional accuracy, repeatability, and linearity for complex patterns, graphics, and animations. Ideal for laser displays, light shows, and precision optical applications requiring reliable, high-speed performance. Features: High-Speed Scanning 15,000 points per second (15KPPS) at ILDA 8° standard. Precision Control Closed-loop optical position detection for superior accuracy. Excellent Linearity Maintains consistent performance across entire scan field. Wide Scanning Angle Supports up to ±30° optical deflection. Specifications: Parameter Value Scanning Speed 15KPPS @ ILDA 8° Control Signal Input Analog ±5VDC Driver Power Input ±15VDC Power Supply output ±15V Max Optical Scan Angle ±30° Optical Linearity >99.8% Motor Type Moving-Magnet Galvanometer Position Sensor Type Optical Feedback Sensor Operating Temperature 0°C – 40°C Applications: Professional Laser Light Show Projectors (ILDA Standard). High-speed Vector Laser Graphics and Animation Systems. Precision Laser Engraving and Marking Equipment. Optical Scanning and Measurement Instruments. Scientific Research and Rapid Prototyping involving Laser Beam Deflection. Package Include: 1x X-Axis Galvano-meter Scanner Head with Mirror 1x Y-Axis Galvano-meter Scanner Head with Mirror 1x Analog XY Galvano-meter Driver/Control Board 1x Dual-Rail Switching Power Supply (AC to ±15VDC) 1x Power Input Cable (3-wire, for AC mains connection) 1x DC Power Output Cable (2-wire bundle per pin, for power supply to driver board connection)

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