Ruizu Laser is a professional manufacturer in Shanghai that produces and customizes portable laser rust removal machines. The power options for the portable laser rust removal machine include 1500W, 2000W, and 3000W. The most significant feature of the portable laser rust removal machine is its enhanced portability. Compared to other high-power laser rust removal tools, this machine is smaller in size and easier to carry to different work sites. The portable laser rust removal machine addresses current issues such as difficulty cleaning corners, the need for grinding to remove rust, and unsightly results after grinding, making it the preferred choice for most metal cleaning applications.

Working Principle of the Portable Laser Rust Removal Machine

    The core principle of laser rust removal technology involves irradiating the surface of the workpiece to be treated with a laser beam. Under the concentration of laser energy, the beam irradiates the surface with immense energy, shattering the contaminated layer and causing the contaminants to instantly detach from the substrate, restoring the material's original appearance. The entire process is physical and mechanical, producing no new substances or pollution.

Product Features

1. Non-contact cleaning, no consumables, no damage, long service life

2. Equipped with universal wheels for easy mobility, suitable for various site requirements

3. Adjustable parameters on the human-machine interface, intuitive and simple, easy to understand

4. Suitable for handheld operation or integration with robotic arms for cleaning

5. Capable of cleaning specified positions and sizes

Product Applications

1. Removal of coatings on metal or glass surfaces, fast paint stripping;

2. Rapid rust removal and elimination of various oxides;

3. Removal of grease, resin, adhesive, dust, stains, and production residues;

4. Surface roughening of metals and cleaning of metal surfaces in confined spaces;

5. Paint stripping, rust removal, and degreasing before welding or bonding; treatment of oxides and residues after welding;

6. Mold cleaning, such as tire molds, electronic molds, and food molds;

7. Removal of oil stains from precision components after production and processing;

8. Rapid cleaning during maintenance of nuclear power components;

9. Treatment of oxides, paint stripping, and rust removal in aerospace and shipbuilding production or maintenance;

10. Cleaning of cultural relics, rocks, and building exteriors.