Explore our 100W, 200W, and 300W Fiber Laser Cleaning Machines! Ideal for portable use on stone, cultural relics, metals, and wood parts, these pulse laser machines offer exceptional cleaning performance at competitive prices.
Comprehensive Machine Details of the Laser Cleaning Machine:
Model |
DV-LCP |
Laser Power |
50W/100W/200W/300W/500W |
Power Consumption |
600W |
Cooling Mode |
Air cooling |
Cable Length |
3m or customized as per clients' needs |
Working Lifetime |
100,000 hours |
Laser Wavelength |
1064um |
Power Supply |
220V/380V,50-60Hz, 2A |
Working Environment |
5-45ºC,< 90% Humidity |
Laser Class |
IV |
Unmatched Advantages of the Laser Cleaning Machine:
1)
Achieve high cleanliness with precise positioning for targeted cleaning.
2) Experience non-contact cleaning that protects delicate surfaces from damage.
3) Enjoy zero maintenance costs and an environmentally friendly solution with no chemical pollution, minimal noise, and energy-saving operations.
4) Capable of removing pollution particles below the nanometer level, ensuring exceptional cleanliness.
5) Utilize fiber optic transmission for flexible operation, enabling cleaning of hard-to-reach areas.
6) Laser cleaning addresses challenges that traditional methods cannot, boasting high efficiency and powerful cleaning capacity.
7) Adaptable to a wide range of materials, making it versatile for various applications.
Diverse Applications of the Laser Cleaner Machine:
1) Metal surface de-rusting, restoring surfaces to their original state.
2) Effective surface paint removal and treatment for a refreshed appearance.
3) Effortlessly clean dirt, stains, and contaminants from various surfaces.
4) Remove surface coatings with precision, ensuring thorough cleaning.
5) Tackle oxide surfaces, oil stains, and contaminants with ease.
6) Ideal for welding and spray surface pretreatment, enhancing adhesion and finish.
7) Clean dust and attachments from stone figures, preserving their integrity.
8) Efficiently remove residue from rubber, plastic, and metal molds for optimal performance.



