LC1403WD-H-GST Dual-Axis Laser Cleaning Galvo Scanner Head (Horizontal Beam Output, 10 mm Aperture, Up to 2000 W CW / 200 W Pulsed)

Presentation of the equipment's characteristics

The LC1403WD-H-GST is a dual-axis laser cleaning galvanometer scanner head engineered for high-efficiency surface cleaning with a horizontal beam output layout. Built around a high-performance high-speed motor, it supports a 10.0 mm incident beam diameter, delivering a compact footprint, fast scanning response, high accuracy, and excellent operational stability.

Designed for industrial laser cleaning applications, this scanner head combines a cleaning-optimized optical path with a rugged handheld structure—helping achieve consistent cleaning quality for rust removal, paint stripping, oxide removal, and surface preparation. Performance indicators are aligned with advanced industry expectations for precision and long-duration use.

  • Dedicated laser cleaning control software
    Clear interface and easy operation. Process parameters can be set and tuned based on real applications, enabling stable, high-performance coordination of the laser source + scanner head.

  • Spiral cleaning mode for uniform results (anti-banding)
    Adjustable spiral level, scan length, and scan width help avoid common “striping/zebra” artifacts found in traditional cleaning patterns—supporting more even cleaning while helping protect the substrate.

  • Laser-cleaning optimized optics for higher power operation
    Uses high-power quartz scan mirrors and a high-transmittance, large depth-of-focus field lens. Built-in water-channel enhancement supports stable performance during extended high-power cleaning.

  • High-speed, high-precision galvo performance
    Fast scanning speed + high accuracy, matched with professional control software to cover a wide range of laser cleaning processes.

  • Lightweight, ergonomic handheld design
    Simple, portable structure designed for easier handling and field operation.

  • Wide laser adaptability
    Supports multiple laser configurations, significantly expanding the usable application range of the system.

A) Galvo Scanner / Optical Scanning Specifications
ItemSpecification
Input aperture (incident beam diameter)10.0 mm
Linearity99.9%
Repeatability8 µrad
Small-step response time≤ 0.3 ms
Scale drift< 40 ppm/°C
Zero drift< 15 µrad/°C
Long-term drift (continuous 8-hour operation)< 0.5 mrad
Scan angle±15°
Standard cleaning area100 × 20 mm (customizable)
Motor weight45 g
B) Laser Compatibility & Power Handling
ItemSpecification
Compatible laser interface rangeQBH connector for CW lasers / Ø35 mm interface for pulsed lasers
Power handling (continuous laser)≤ 2000 W
Power handling (pulsed laser)≤ 200 W
C) Electrical & Environmental
ItemSpecification
Rated current2 A
Operating temperature range0°C to 45°C
Storage temperature-10°C to +60°C
D) System Configuration (Packing List)
NameModel / SpecQty
Power supply±15 V, 2 A1
Control boardV1.2 / 1.31
Display7″1
Field lens (for pulsed laser)Quartz field lens, F = 254 mm1
Field lens (for CW laser)Quartz field lens, F = 420 mm1
HandpieceLC1403WD-H-GST1
Laser connection cableDB251
E) Handpiece Specifications
ItemSpecification
ModelLC1403WD-H-GST
Dimensions (L×W×H)455.6 mm × 90 mm × 210 mm
Beam output directionDual-axis horizontal output
WeightApprox. 2.5 kg (excluding laser source and collimation lens)
Cable length3.5 m (customizable)

Recommended Advanced Manufacturing Solutions

Explore Greenstone’s related portfolio of high-performance industrial equipment, engineered to complement your manufacturing objectives across laser cladding, DED additive manufacturing, laser cleaning, surface engineering, precision automation, and advanced material processing. Each solution is strategically designed to expand production capabilities, enhance process efficiency, and support scalable industrial innovation.

From modular laser systems to fully integrated intelligent manufacturing platforms, Greenstone provides customers with interconnected technologies that deliver greater flexibility, precision, and operational excellence for modern global manufacturing environments.