Fiber Laser Rust Removal Machine Fiber Laser Cleaner

After long periods of use, atmospheric and environmental conditions react with the metal surface in an oxidising manner, leading to corrosion and rusting, which can seriously affect the life of parts and equipment. While traditional methods of rust and corrosion control involve sandblasting and extensive protection of equipment, Fiber laser rust removal machine remover offers a better approach.

How Doet Fiber Laser Cleaner Work?

All materials have characteristics that define how they react under specific conditions. For rust removal on metals, you need to pay attention to the ablation threshold. 

Laser parameters can be set so that the laser beam’s intensity is just above the ablation threshold of rust but below that of the metal being cleaned. If the laser beam is shone on the metal surface at an intensity below its ablation threshold, the energy of the laser beam is dispersed as heat once rust is removed.

The result is a clean surface with rust and dirt layers vaporized without permanently affecting the base material.

The speed at which rust is removed depends on rust thickness and laser power. Our high-power systems remove typical light rust at approximately 50 cm2/sec. The thickest forms of rust can be removed at 5 cm2/sec. The best way to find out the details for your application is to have us run tests on your parts.

The advantages of laser rust remover machine:

Comparing with traditional cleaning methods such as mechanical friction cleaning, chemical corrosion cleaning, liquid solid strong impact cleaning. And high-frequency ultrasonic cleaning, laser cleaning has obvious advantages.

Firstly, Laser cleaning is a “green” cleaning method. It does not use any chemicals and cleaning fluids. The cleaned waste is basically solid powder. It is small in size, easy to store, and recycle. It can easily solve chemical cleaning tapes. Environmental pollution problems

Secondly. The traditional cleaning method is often contact cleaning, which has mechanical force on the surface of the cleaning object. The surface of the object or the cleaning medium adheres to the surface of the object, resulting in secondary pollution.

Thirdly, fiber laser small size, can match with the robot hand and robot, easy to achieve long-distance operation, can clean the traditional method is not easy to reach the site, which can be in some dangerous places to ensure the safety of personnel;

Fourthly, laser cleaning can act a variety of materials on the surface of various types of pollutants, to achieve the cleanliness of conventional cleaning can not be achieved. And it can also selectively clean the surface of the material without damaging the surface of the material.

Fifthly, laser cleaning efficiency, save time;

Finally. Although the laser cleaning system was purchased at a higher initial investment, the cleaning system can be used stably for a long period of time. The operation cost is low, and more importantly, it can be easily automated.