To meet diverse industry needs, we offer customizable and automated in-line plasma cleaning systems tailored to specific client requirements.
Depending on the properties of the materials being processed, the system introduces different reactive gases to generate plasma under specialized conditions such as vacuum and electric discharge.
Inside a sealed chamber, two electrodes create an electromagnetic field, while a vacuum pump maintains a specific level of vacuum. As the gas gradually rarefies, the distance between molecules increases, and particles move more freely. Under the influence of the electromagnetic field, these particles collide and form plasma.
Simultaneously, glow discharge occurs, and the plasma moves directionally within the electromagnetic field, effectively “bombarding” the surface of the material. This process alters the surface properties—through cleaning, roughening, or etching—thereby increasing surface activation energy and improving adhesion.
Surface treatment via this automated plasma cleaning system significantly enhances the bonding strength of materials during production, improving both product performance and yield. The system is safe for operators, materials, and the environment.
It is widely used in manufacturing sectors including semiconductors (LEDs, ICs, PCBs), 3C consumer electronics (smartphones, laptops), aviation, plastics, automotive, biomedical engineering, and hardware.
