Optical Analog DC XY Laser Scanner Galvanometer 20KPPS for Laser Light with Power Supply

Description

Optical Analog DC XY Laser Scanner Galvanometer 20KPPS for Laser Light with Power Supply The Optical Analog DC XY Laser Scanner Galvanometer 20KPPS is an advanced high-performance system designed for dynamic laser beam steering in professional display, marking, and projection applications. Engineered for superior speed and precision, this dual-axis system achieves a scanning rate of 20,000 points per second (20KPPS) as measured by the ILDA standard test pattern at an 8° optical angle. Features: Ultra-High-Speed Scanning: 20,000 points per second (20KPPS) at ILDA 8° test standard. Precision Closed-Loop System: Optical position detection for superior linearity, accuracy, and repeatability. Wide Scanning Range: Rated scanning angle ±20°, maximum scanning angle ±30° optical. Industry-Standard Compatibility: Accepts analog differential input signals ±5VDC for precise positional control. Professional Performance: Designed for demanding laser applications requiring high speed and accuracy. Specifications: Parameter Value Scanning Speed 20KPPS @ ILDA 8° Control Signal Input Analog ±5VDC Driver Power Input ±15VDC Power Supply Input 220V Rated Scan Angle ±20° Max Optical Scan Angle ±30° Optical Linearity >99.5% Input Impedance 200kΩ ±1kΩ Motor Type Closed-Loop Moving-Magnet Applications: Professional Laser Light Show and Stage Lighting Projectors (ILDA Standard). High-speed Vector Graphic and Laser Animation Systems. Precision Laser Marking, Engraving, and Cutting Equipment. Scientific and Medical Scanning Applications, such as Confocal Microscopy. Rapid Optical Beam Steering and Tracking Systems. Package Include: 1x X-Axis Galvanometer Scanner Head with Mirror. 1x Y-Axis Galvanometer Scanner Head with Mirror. 2x Analog XY Galvanometer Driver/Control Board. 1x Dual-Rail Switching Power Supply (AC to $\pm 15\text{VDC}$ ). 1x AC Power Input Cable (3-wire, connecting AC mains to Power Supply terminal). 1x DC Power Output Cable (Connecting Power Supply to Driver Board terminal).

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