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1). Powerful, short pulses, fast moving laser pulses act on the surface of the target, producing tiny plasma ruptures, shock waves, thermal stress, etc., causing surface materials to sublimate and evaporate.
2). The focused laser beam is capable of accurately evaporating surface objects or dirt.
3). Laser cleaning is suitable for metal surfaces. The treated and optimized laser beam does not alter metal properties or damage those laser treated surfaces. The precisely tuned laser beam acts only on the coating, residual residue or oxide, and does not harm the underlying parent metal surface.
4). By adjusting other parameters, the laser beam is able to achieve the desired cleaning effect accurately and easily.
Application: It is suitable for the cleaning of the rust layer, thick-layer paint, deep oil stain, rough surface
and weld cleaning, which will affect the surface of the substrate.
Application | |||
Rust Removal | Oxide Removal | Molding Cleaning | Surface Preparation |
Coatings Removal | Weld Pre-treatment | Gluing Pre-treatment | Removal of Oil and Grease |
Paint Removal | Surface Cleaning | Stain Removal | Surface Roughening |
Tool Cleaning | Historic Restoration | Selective Paint Removal | Precise Cleaning |
Specifications | |||
Laser | Laser Medium | | Fiber |
Laser Power Rate | W | 100 | |
Laser Wavelength | Nm | 1064 | |
Cleaning Parameters | Fiber Length | M | 5 |
Cleaning Effective | m3/h | 5 | |
Cleaning Rate Adjusting Scope | % | 10-100 | |
Power Supply | Power Voltage | V | 220 (±10%) |
Frequency | Hz | 50/60 | |
Whole Power Rate | W | 400 |