PSM Co., Ltd. has led the development of atmospheric pressure plasma technology through constant technological innovation for more than 20 years since its foundation in 2001.

PSM’s Plasma Application for Bio-medical industry is M-plasma series equipment (M electrode) that can be applied to the pretreatment process of Enzyme coating for blood glucose sensor.
PSM M-Plasma Series is a high-efficiency atmospheric pressure plasma module. It is mainly used for surface fine cleaning and surface refinement, especially ideal for surface treatment of glass, plastics, and polymer. Atmospheric Pressure Plasma Cleaning System

Great features and merits of APM System – M200S
 Atmospheric pressure plasma surface treatment system using M electrode
 Applied to the surface treatment process for blood glucose sensor and blood glucose sheets
 Vacuum plasma equipment is applied to the surface treatment process of the blood pumping module
 Treatment width is 200 mm which can be expanded, and the transfer method of the equipment is selective of conveyor type or stage type

PSM plasma technology also can be used to reduce the concentration of chemicals by applying a DRP electrode to the thin-film solar cell chemical cleaning process in an environment-friendly way, and it can be applied to pre-treatment of smart glass coating and architecture glass coating.

Great advantages of PSM’s DRP electrode
 It can reduce the chemical concentration of alkaline cleaning process (environment-friendly)
 It can improve the production yield by increasing the reliability of thin-film coating
 It can clean the contaminated glass substrate (Solar Cell Panel, and Smart Glass)
 It can remove suction marks, pin marks, watermarks on displays, architectural glass panels, and so on vacuum plasma technique
 It can remove residues of Nano-coating film used to protect the surface such as AF
 It has very high cleaning effect five times higher than AP electrode
 It is available high electrode and sample spacing up to 12 mm Max.
 It is available to connect electrodes in series applied to large sample panels