Laser cleaning machine usage scenarios-PART TWO

1．Features

1) Non-contact cleaning, no damage to the parts matrix.

2) Precise cleaning, which can achieve selective cleaning of precise location and precise size.

3) No chemical cleaning solution, no consumables, safe and environmentally friendly

4) The operation is simple, it can be powered on, and it can be hand-held or cooperated with a manipulator to realize automatic cleaning.

5) The cleaning efficiency is very high, saving time.

6)The laser cleaning system is stable and requires almost no maintenance.

2.Application

Laser cleaning is widely used in various industries, such as: shipbuilding, auto parts, rubber molds, machine tools, tire molds, rails, environmental protection industries and other industries.

In the field of industrial applications, laser cleaning objects are divided into two parts: substrates and cleaning objects. The substrates mainly include surface contamination layers of various metals, semiconductor wafers, ceramics, magnetic materials, plastics and optical components. The cleaning objects mainly include surface In the industrial field, it is widely used in rust removal, paint removal, oil removal, film removal/oxidation removal, and resin, glue, dust and slag removal.

3.Cleaning application of laser cleaning machine in the automotive industry

Traditional cleaning methods are time-consuming, cannot be automated, and often have a detrimental impact on the environment. The fast, automated nature of laser cleaning allows for thorough cleaning of surface residues, resulting in strong, void- and micro-crack-free welds and bonds. In addition, laser cleaning is gentle and the process is significantly faster than other methods, advantages that have been recognized by the automotive industry. In the industrial field, in order to protect metal or other substrate materials, the surface is generally painted to prevent rust, oxidation, and corrosion. When the paint layer is partially peeled off or the surface needs to be repainted for other reasons, the original paint layer needs to be completely cleaned.

3.Cleaning application of laser cleaning machine in the automotive industry

Traditional cleaning methods are time-consuming, cannot be automated, and often have a detrimental impact on the environment. The fast, automated nature of laser cleaning allows for thorough cleaning of surface residues, resulting in strong, void- and micro-crack-free welds and bonds. In addition, laser cleaning is gentle and the process is significantly faster than other methods, advantages that have been recognized by the automotive industry. In the industrial field, in order to protect metal or other substrate materials, the surface is generally painted to prevent rust, oxidation, and corrosion. When the paint layer is partially peeled off or the surface needs to be repainted for other reasons, the original paint layer needs to be completely cleaned.