The plasma cleaning machine performs surface treatment on various complex materials such as film coating, UV polishing, polymers, metals, semiconductors, rubber, PCB circuit boards, etc., to eliminate the problem of glue cracking. The application of removing burrs, increasing adhesion, making fonts clearer, and spraying codes in optical fiber cables. The plasma cleaning machine can also clear glass: activate the glass surface, remove oil stains, dust, etc. to achieve a clear effect.

Plasma cleaner, also known as plasma etching machine, plasma debonding machine, plasma activation machine, plasma cleaning machine, plasma surface treatment machine, plasma cleaning system, etc. Plasma processing machines are widely used in plasma cleaning, plasma etching, plasma wafer debonding, plasma coating, plasma ashing, plasma activation, and plasma surface treatment. Through the surface treatment of plasma cleaning machines, the wetting ability of material surfaces can be improved, allowing various materials to be coated and plated, enhancing adhesion and bonding strength, while removing organic pollutants, oil stains, or oils

Plasma cleaning machine can be widely used in processing plastic products, which can form various physical and chemical reactions on the surface of plastic products, or form dense cross-linked layers, or introduce oxygen active groups to further improve hydrophilicity, adhesion, and coloring properties.

The plasma cleaning machine is applied to the bonding of automotive glass seals, and the treatment by the plasma cleaning machine can increase the tension of the glass; Therefore, the glass seal will bond more firmly. After being treated by a plasma cleaning machine, the surface of the object can be modified to achieve the desired treatment effect. It also solved the problem of glue opening in the box gluing machine

Plasma cleaning functionEnhance the adhesion of metal surfaces and improve their corrosion resistance.After being processed by a low-temperature plasma surface treatment machine, the bonding strength of the material surface can be further improved, which can meet various bonding, spraying, and printing processes.

Plasma cleaning equipment can be applied to iron and steel alloys to improve their friction performance and corrosion resistance. Due to the fact that ions are not limited by vision, samples can be injected from various directions simultaneously, making it possible to handle more complex samples