For experimental use

For surface modification and cleaning of plate, fibrous, and film-like objects. For gluing, printing and coating pretreatment. For the preparation of cell culture vessels (improves implantation and proliferative capacity). For sterilization of medical materials.

Such as hydrophilization of Teflon surface and water repellency of nonwoven fabrics.

Uniform treatment of 300mm square is realized. Almost no thermal damage. There is no current-concentrated arc state like corona discharge. Plasmaizes all gases, including rare gases such as Ar and He, as well as nitrogen and air.

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.

Low price. Small size. Simple structure. Uniformity. Processing efficiency. Almost no running costs. For continuous processing of films, etc. using atmospheric pressure plasma.

Handheld type for easy handling. Space-saving desktop control box. Hydrophilicity depends on the gas used. Plasma is generated with air. The handheld type allows treatment of uneven surfaces. Operates on a 100 VAC outlet. Ultra-lightweight with a 4kg control box available. Wire bonding is ideal for improving strength! Also suitable for biotechnology and medical fields.

Atmospheric pressure plasma processing is possible at lower temperatures and with lower flow rates! Surface modification: Plasma without damage from electric charges can be stably generated in an atmospheric pressure environment!

Handheld type for easy handling. Surface treatment Pre-processing before thin film formation Pre-processing before anode bonding Pre-processing before coating Other applications in the fields of biotechnology and medicine.

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.