Laser cleaning and plasma cleaning: It may be difficult to clean contaminants such as harmful paint and rust, but environmental and operator safety (which solution is the most effective) must consider how the solution affects the product. Explosive solutions are not possible. Why not use this solution to reduce product and risk employees? But laser cleaning or plasma therapy? Each has several advantages and disadvantages. How do you determine which solution best suits your needs? What is plasma cleaning? It is usually called plasma treatment. Plasma cleaning uses ionized gas to remove ionized materials on the device surface. Although the plasma decomposes the surface material and realizes adhesion at the chemical level, the residual compounds will leave pollutants on the substrate. Merritt and Demit in plasma therapy: benefits of plasma cleaning: plasma therapy provides a safer alternative to sandblasting, which uses abrasive materials such as sand and dry ice to forcibly remove pollutants. This is because plasma cleaning cannot be operated manually. The use of automatic gun manipulators allows operators to avoid direct risks. Plasma cleaning can be used for various non-metallic products, such as plastics and glass ceramics. It will change the chemical composition of pollutants and show basic cleanliness. However, in reality, pollutants increase, which is harmful to operators and shortens product life.

Defects in plasma cleaning: Such pollutants are usually conductive or corrosive. This means that over time, when oxides occur, the product will be worn, disassembled or damaged. One of the few ways to remove this hazardous layer without damaging the substrate is to use laser technology to clean and effectively remove all contaminants. Plasma treatment should not be used only by purchasing other equipment. It may be safer not to operate the plasma manually, but additional tools are required if additional tools are needed. In addition, for example, during dry ice injection, the plasma solution will quickly damage the automatic gun, so switching equipment becomes common and frequent. Laser cleaning. Also known as laser ablation, laser cleaning uses thousands of focused laser pulses per second to decompose and remove contaminants from the surface. Laser absorbs surface materials, decomposes chemical bonds, and safely and effectively removes iron, rust, oil, mold and other pollutants. You can create additional solutions for some products without additional cleaning work and without generating any waste.