It is said to be difficult in ALD, but film formation from powder is possible at low temperatures (room temperature to 100°C) and atmospheric pressure!
Direct adhesion with films such as liquid crystal polymers, fluororesins, and PP, as well as with dissimilar materials is possible. *Materials comparing the differences with corona, light, and wet methods will be provided.
Multi-layer film formation enables the improvement of load-bearing capacity for low-temperature DLC (Diamond-like carbon) thin film hard coatings!
Nozzle widths from 10mm to 70mm can be easily replaced with simple work. One machine can accommodate a wide range of applications.
A sheet-type, flat-flow wet processing device that boasts a high market share in the LCD and organic EL markets.
Introducing the applications of 'AP-4000R ECO' and 'AP-4000R ECO Multi', such as spot treatment before inkjet printing!
Plasma cleaning equipment that contributes to the improvement of quality in semiconductor manufacturing.
Achieving "direct plating without roughening" for difficult-to-plate resins and difficult-to-bond resins, as well as "adhesive-free direct bonding" and "improved adhesion with adhesives"!
Capable of processing a large amount of powder at once. Approximately 10 kg of powder can be processed in one batch. No restrictions on materials, from metal to resin!
Introducing the basics of plasma devices, including "treatment forms" of atmospheric pressure plasma devices and "unique features of our equipment"! Technical materials available.
It is now possible to achieve low-temperature DLC (Diamond-like carbon) thin film hard coatings with improved adhesion compared to conventional ta-C!
To the 'water-resistant resin,' the power to get wet. With the 'hydrophilization' of plastic, both decoration and adhesion change.
Mechanisms of superhydrophobic and superhydrophilic technology, surface modification techniques using coatings, and evaluation of water repellency.
Demo units available! We will create samples free of charge for the first time. Inline atmospheric pressure plasma treatment with low-temperature, damage-free using inexpensive gas!
A atmospheric pressure plasma device that enables direct bonding of fluororesin (PTFE, PFA) without the need for roughening!
An atmospheric pressure plasma device that is expected to be effective in reducing the time required for the injection and impregnation of electrolyte, which is a time-consuming process in the manufacturing of explosion-proof lithium-ion batteries!
Successful superhydrophilization of Teflon (PTFE/PFA) using an atmospheric pressure plasma device, achieving a contact angle near 5 degrees (in pure water).
Basic concept of molecular bonding adhesion and joining (direct adhesion) using a downstream atmospheric pressure plasma device.
High-speed continuous processing of films, substrates, etc. is possible under atmospheric pressure! [Sample tests are currently being accepted!]
The processing cost has been reduced to one-tenth of the conventional cost, and the adhesion performance has also significantly improved!
Various testing machines capable of handling multiple purposes such as material development, painting, and adhesion are available. *Free rental service for the first week is currently being offered!

















































































































