The machine is effective for cleaning iron and carbon steel plates, stainless steel plates, mold steel gears, aluminum plates, paint layers, oil, stains, dirt, and rubber mold residues.
Yes, it is environmentally friendly as it does not use chemicals or cleaning fluids, producing waste as solid powder that is easy to store and recycle.
The non-contact cleaning method uses laser technology to remove contaminants without physically touching the surface, avoiding mechanical damage and secondary pollution.
Yes, the fiber optic transmission allows for long-distance operation, making it suitable for cleaning hard-to-reach areas, especially when used with robotic systems.
Laser cleaning is faster and more efficient than conventional cleaning methods, significantly reducing the time and labor required for cleaning.
No, the laser cleaning process is non-damaging, preserving the integrity of the material being cleaned while effectively removing contaminants.
Industries such as shipbuilding, automotive, rubber molding, machine tools, and environmental protection can greatly benefit from the Fiber Laser Cleaning Machine.
The Fiber Laser Cleaning Machine effectively strips paint layers without damaging the underlying substrate, making it ideal for paint removal applications.
Maintenance requirements are minimal; however, regular checks on the laser components and cleaning of the machine are recommended to ensure optimal performance.
Yes, training is typically provided with the purchase of the machine to ensure proper operation and safety protocols are understood.
The waste produced is in the form of solid powder, which is easy to collect, store, and recycle, minimizing environmental impact.
Yes, the selective cleaning feature allows it to clean intricate parts without harming them, making it suitable for delicate applications.
The machine operates on a 1500W power source, which is standard for industrial cleaning equipment.
Laser cleaning eliminates the need for harmful chemicals, reduces waste disposal costs, and is safer for both operators and the environment.
The machine is designed for industrial use and may have portability features, but it is primarily intended for stationary use in cleaning environments.
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