Energy that is not consumed does not have to be generated in the first place! Plasma technology contributes to completely replacing outmoded, energy-hungry manufacturing processes with new processes. The drying steps in conventional wet chemistry processes, for example, require far more energy in comparison to the dry inline plasma process (energy-efficient surface treatment).
The same is true for the use of new materials in lightweight construction or in thermal insulation. In many industrial applications, the Openair-Plasma® technique makes possible completely new, shortened, and energy-saving manufacturing processes.
The subject of energy efficiency provides especially clear proof that Openair-Plasma® makes process optimization and with it, significant savings possible in almost all areas of industrial production as an interdisciplinary technology.
Determining surface tension with dyne inks now
MDO September 2020
Put Openair-Plasma® to the test with our rental and test systems.
International Trade Fair for Electronics Development and Production
Booth: E6-6517
Shanghai New International Expo Center Shanghai , China
Read the Plasmatreat Viewpoints with a review of 2020 and a preview of 2021 with regards to the electronic industry.
Plasma moves into the center for professional know-how transfer.
As the innovation leader in plasma-based surface treatment Plasmatreat has been sharing its know-how with the industry for 25 years. The newly founded „Plasmatreat Academy” now combines a wide array of educational programs under one roof and with one common goal: facilitating an in-depth dialog with customers, suppliers, science and research.
Can I substitute the vacuum plasma and its limitations by Openair-Plasma® for semiconductor applications? Yes, of course! Openair-Plasma® atmospheric plasma technology facilitates the selective treatment of electronic components and can be fully integrated into standard in-line processes.
