100W 200W Metal Laser Cleaning Machine Application

The Laser Cleaning Machine Is a brand-new cleaning technique that arose from the laser's specific material selectivity. A laser of a certain power can easily cut metal but cannot penetrate the thickness of paper, while a CO2 laser of a certain power can easily cut wood and plastic but not aluminum foil.The remaining ink film hoards in the cells are mostly non-metallic materials, while the mesh materials are mostly metal, allowing for selective laser material application. The use of CO2 laser cleaning technology allows the hoard to be vaporized without causing damage to the mesh.

And what features does a laser cleaning machine have?

1. Available in different models and powers: 100W, 200W and 500W. Especially with high powers, laser cleaning equipment can clean at surprising speed.

2. The laser cleaning machines have a high-quality, long-life fiber laser.

3. Much more sustainable than using cleaning chemicals or sandblasting.

4. They are equipment of simple operability, easy to configure and comfortable.

5. The laser machine has wheels that allow you to move the equipment and the use of the laser gun is very comfortable.

laser cleaning machine 200w application

Coating pretreatment

Prior to application of the coating, surface treatment is commonly required.

MORN laser cleaning device easily removes almost all kinds of impurities on metal surfaces, including oxides, greases, greases, chlorides and many other organic and inorganic residues.

This will greatly facilitate your coating process.

Soldering & welding pretreatment

Prior to soldering & welding, it is important to do pretreatment on the surface to ensure a safe weld and make the job easier.

MORN laser cleaning equipment is ideal to handle the rust as well as all kinds of impurities including dust, oxides, oil, stains, etc.

Machine Configuration

Cleaning machine laser head：

• High cleaning cleanliness It can accurately locate and clean contact cleaning, protect thesurface of brittle materials,and effectively remove micron-level pollution particles; green and environmentally friendly, no consumables are required.

• This not only means that laser cleaning is effective, but the cleaning process is environmentally friendly.

• In addition, it does not use chemical cleaning agents, thus avoiding the damage caused by chemical corrosion to the material.

• The high-intensity light pulse generated by the laser that calculates and sets the threshold value forms an interaction between the short-pulse laser and the contaminated layer, resulting in a photophysical reaction.

• The beam is absorbed by the contaminated layer on the surface to be treated. The absorption of large energy forms a rapidly expanding plasma (highly ionized unstable gas), which generates shock waves.

• The shock waves turn pollutants, oxides, etc. into fragments and gases and are removed to complete the cleaning.