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!
Mechanisms of superhydrophobic and superhydrophilic technology, surface modification techniques using coatings, and evaluation of water repellency.
Simultaneously improve quality and efficiency with atmospheric pressure plasma treatment! Suitable for adjusting surface wettability and enhancing adhesion. [Exhibiting at the October 2023 Mechanical Technology Elements Exhibition in Osaka]
Nozzle widths from 10mm to 70mm can be easily replaced with simple work. One machine can accommodate a wide range of applications.
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.
Atmospheric pressure plasma device enabling direct bonding in the 5G and 6G FCCL market.
Successful superhydrophilization of Teflon (PTFE/PFA) using an atmospheric pressure plasma device, achieving a contact angle near 5 degrees (in pure water).
Eliminate surface damage and other issues by using atmospheric pressure and downstream plasma! By changing the type of added gas, surface functionalization molecules can be easily applied!
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"!
Introducing case studies of solutions using Openair-Plasma® in the automotive manufacturing industry.
Multi-layer film formation enables the improvement of load-bearing capacity for low-temperature DLC (Diamond-like carbon) thin film hard coatings!
To the 'water-resistant resin,' the power to get wet. With the 'hydrophilization' of plastic, both decoration and adhesion change.
[Nationwide Service Available] We can perform thermal spraying on a wide variety of parts! We provide careful support from proposal to thermal spraying, delivery, and aftercare in a consistent system.





































































































































