The 1000W laser rust removal machine is a high-power laser equipment designed specifically for removing rust from metal surfaces. With a laser power of 1000 watts, it offers quick and efficient removal of various types of rust, oxidation, and corrosion. The machine utilizes a high-energy laser beam that precisely targets the rusted area, effectively removing the rust layer through evaporation or stripping while preserving the integrity of the underlying material. Its high power and precise rust removal capabilities make it highly versatile, finding applications in automotive repair, marine maintenance, bridge restoration, and metal processing industries. The 1000W laser rust removal machine provides an efficient and reliable solution for rust repair, enhancing work efficiency and ensuring high-quality cleaning results.

1. Integrated cleaning process

2. Better cleaning trajectory optimization algorithm

3. Large format scanning algorithm based on rotating mirror

4. Capable of rapid expansion for different applications

5. Rich external interface compatibility

6. Years of continuous iteration, better stability, efficiency and quality matching

1 Rail transit: aluminum alloy car body and parts cleaning before and after welding; car body layered paint removal;Laser texturing and wire drawing; degreasing and derusting;

2 Aerospace: cleaning of engine parts before and after welding;Cleaning after welding; paint removal and release agent removal for composite materials; aircraft skin removal; sealant removal; mold cleaning

3 Mold products: tire molds, packaging molds, injection molds, sealing ring molds, food Remove carbon deposits from molds, etc.;

4 3C industry: paint removal for selected areas of circuit boards; wafer cleaning; paint removal for mobile phone cases; PVD coating fixture cleaning;

5 Automobile manufacturing: car body cleaning before welding; wheel hub cleaning; car body selective paint removal; steel plate high temperature Scale removal; Steel plate derusting;

6 Marine ships: hull surface paint removal, rust removal; laser roughening; mold cleaning; rust removal,Degreasing;

7 Bridges and highways: highway maintenance, paint removal and rust removal for bridge structural parts; paint removal for highway guardrails;

8 New energy: lithium battery pole piece, pole; battery pack U-shaped steel; parts cleaning;

9 Petrochemical industry: Offshore oil production platform coating removal; Pipeline paint removal and rust removal;

10 Food industry: soy sauce fermenter; metal baking tray; mold;

11 Thermos cup: paint removal on the bottom and wall of the thermos cup;

12 Other industries: metal oil filter, filter tube cleaning; stainless steel polishing; laser derusting,In addition to oxidation.

Compared to other cleaning methods such as chemical cleaning and ultrasonic cleaning, laser cleaning technology offers several distinct advantages:

1.Environmentally friendly: Laser cleaning does not require the use of chemical solutions, eliminating the environmental pollution associated with chemical cleaning processes.

2.Minimal waste and pollution: The removed waste in laser cleaning is in the form of solid powder, which is small in size and easy to handle and dispose of, resulting in minimal environmental impact.

3.Non-contact cleaning: Laser cleaning is a non-contact process, allowing for remote operation and the ability to clean parts that are difficult to reach with traditional cleaning methods. It can be combined with robotics or manipulators for automated and precise cleaning.

4.Selective cleaning: Laser cleaning can selectively target and remove dirt, contaminants, and coatings from the surface of materials without damaging the internal composition and structure of the material, ensuring the integrity of the cleaned surface.

5.Low operating cost: Laser cleaning offers low operating costs, and it can be easily automated for efficient and cost-effective cleaning operations.

Overall, laser cleaning technology provides a more environmentally friendly, precise, and versatile cleaning solution compared to traditional methods, making it a preferred choice in various industries.