For manufacturing

Water repellent treatment using solid sources. A thin film of resin is formed on the surface. Reduced environmental impact. It can also be applied to other resins.

Mass processing with multi-stage electrodes. Compatible with various containers by changing the electrode structure. One-button operation is also possible. Ideal for production applications.

Up to 80 of 500 mL bottles can be plasma processed at a time! By replacing the electrodes, it is compatible with bottles of various capacities and shapes!

No gas introduction required, surface modification with air is possible. Wide slit irradiation is possible (up to 1000mm). High processing effect: removal of organic matter from FPD glass substrates (cleaning). Improved wettability (pre-treatment for coating/adhesion). Film surface modification.

Plasma is guided through a large number of flexible ultrafine tubes, enabling treatment of complex shapes. Continuous processing is possible. Torch switching to suit the target. Follows uneven surfaces and corners. Supports large uneven surfaces and complex shapes.

Cleaning and surface modification of inner tube walls under atmospheric pressure. Continuous processing is possible. Torch can be switched to suit the target. Hydrophilic fluoroplastic tubing. Improves the efficiency of degassing and capillary action. Surface modification of fibers, wires, etc.

The only product employing a multi-point barrier discharge system. Atmospheric pressure plasma system with slit type wide 100mm. Equipped with power adjustment and gas flow adjustment mechanism. Realizes precise processing.

Stable generation of plasma without charge damage under atmospheric pressure! Treatment is possible without destroying metals on insulators! Almost no thermal damage. Nitrogen is converted into plasma. Can be improved for large area processing. Easy maintenance. Wire bonding: Ideal for strengthening! Also suitable for biotechnology and medical fields.

Stainless steel wire brushes allow flexible plasma treatment even on curved surfaces!

The technology is based on the supply of gas to powder to make it flow like a liquid (fluidised bed, fluidised bed).