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)
