Atmospheric plasma cleaning machine is a device that uses plasma technology to clean surfaces. It has the advantages of no solvents, no secondary pollution, high efficiency, and energy conservation. Compared to traditional cleaning methods, atmospheric plasma cleaning machines can more effectively clean surfaces and are widely used for cleaning and surface treatment in manufacturing processes in fields such as semiconductors, displays, photovoltaic cells, and 3C industries.

The application scenarios of atmospheric plasma cleaning machines are very wide, including but not limited to the following:

1. Electronics industry: Clean electronic components, optical devices, coated substrates, chips, etc. to remove surface organic pollutants, improve surface cleanliness and adhesion.

2. Optics industry: Clean various lenses and carriers such as optical lenses and electron microscope lenses to improve surface hydrophilicity, water repellency, adhesion, etc.

3. Process photoresist substances on the surface of optical components, semiconductor components, etc, to improve surface smoothness and adhesion.

4. Clean semiconductor components, printed circuit boards, etc. to improve surface cleanliness and welding strength.

5. Lithium battery industry: Battery adhesive, welding, packaging, blue film adhesion, effectively removing surface organic matter and impurities, improving surface adhesion.

6. Improve the adhesion force of adhesives used for bonding optical components, optical fibers, biomedical materials, aerospace materials, etc, and enhance their bonding effect.

The atmospheric plasma cleaning machine has the following advantages:

1. Efficiency: Able to complete large-scale cleaning in a short period of time, improving production efficiency.

2. Environmental friendliness: Non chemical methods are used for cleaning to avoid contamination caused by the use of chemical reagents.

3. Surface modification: In addition to cleaning the surface, plasma cleaning machines can also chemically modify the material surface to improve its wettability and adhesion.

4. Automation: Convenient equipment, automated operation, stable and efficient product processing.

5. Low temperature operation: Plasma cleaning can be carried out at lower temperatures to avoid material damage caused by high temperatures