Plasmait - Plasma Industrial Technologies

Plasmait is an award-winning supplier of plasma based heat and surface treatment solutions to the metals industry. We lead the field of continuous high-temperature plasma heat treatment applications. We develop, deploy and improve heat and surface treatment production lines in a range of industries. We build specific heat and surface treatment machinery or develop new production processes from conception to deployment.

We supply turn-key production lines, stand-alone machines or individual custom-made machines, designed for integration into the existing production lines.

Plasma treatment is a clean and safe production process that provides advances in production efficiency, material surface quality and consistency in mechanical properties. Plasma heat and surface treatment is most beneficial in the applications with demanding material requirements and has proven its advantages on many materials including:

Applications/Materials:

Welding wires
Medical wires, tubes, strips
PV Ribbon
Copper and copper alloys
Magnet wire / enamelling / taping
Superconductor materials
Stainless steel
Nickel and heating alloys / nitinol
Titanium
Tungsten, molybdenum
Precious metals

Industry Sectors:

Solar/photovoltaics
Medical
Electronics
Renewable energy
Clean technology
Aerospace and aviation industry
Welding
Oil, gas, mining chemical processing
Chemical and food processing
Plating, coating and taping
Watchmaking and jewellery

Plasmait’s head office and production facilities are located in Lebring, Austria. The R&D workshop with client trial and demonstration facilities are located adjacent to machine building workshop. Plasmait sales offices are in Austria and the UK.

Plasmabull – CleanTech Incubator

Plasmabull is a development platform for new plasma applications set up by Plasmait. Plasmabull has a strong R&D team with commitment and resources to develop new plasma applications in cooperation with its clients and research institution.

Plasmait - Plasma Treatment Machine - Brochure