How it works?
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Laser cleaning technology sends nanosecond-length pulses of laser light toward a surface to remove contaminants. The laser light interacts with the pollutants, causing them to either turn into gas or detach from the surface.
Fiber laser cleaning machines are equipped with a high-power fiber laser that produces light pulses at a specific wavelength. The beam is then delivered to the target object through an optic fiber and focusing system. The user can precisely clean different contaminants on various surfaces by controlling the energy pulse, duration, and other parameters.
The cleaning process doesn't require hazardous chemicals, abrasives, or even water. Is the perfect process for any season.
Wide Applications.
Graffiti removal
Excellent performance in removing paint from different substrates, even if they are porous as concrete.
Auto Industries
Perfect for classic car rust paint repair, removing rust and contaminants from auto parts.
Aviation Industry
Ideal for removing rust, paint, and corrosion from aircraft components.
Marine Industry
Effective in cleaning ship hulls, and removing rust, marine growth, and other contaminants to improve vessel performance.
Electromechanical Sector
Used for cleaning electrical components, machinery, and equipment without causing damage.
Rubber Mold Industry
Capable of cleaning rubber molds, removing contaminants, and ensuring mold quality for production processes.
Manufacturing Equipment
Essential for cleaning manufacturing equipment, maintaining efficiency extending the equipment lifespan.
Food Processing
Ensures cleanliness and hygiene in food processing environments by removing rust, corrosion, and contaminants from equipment surfaces.
General Industrial Applications
Versatile for various tasks such as metal parts cleaning, paint stripping, and corrosion removal across industries, ensuring overall maintenance and efficiency.
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