PVA Industrial Vacuum Systems GmbH
Address
Im Westpark 10-12
35435 Wettenberg
Germany
Contact
Contact person: Dietmar Voigtländer
Phone: +49 6416 8690 490
Fax: +49 6416 8690 498
Website
Preserving what is tried and tested
With experience and know-how, PVA TePla AG has for many years supported important manufacturing processes and technological developments, primarily in the semiconductor, hard metal, electrical/electronics, and optical industries, but also in the forward-looking fields of energy, photovoltaics, and environmental technology. A market leader in virtually all areas of technology, we are continuously evolving—because the future doesn’t stand still.
Technologie Fields
Safety for all your processes—today and in the future. We guarantee this for you with precisely developed and continuously optimized systems in the following fields of research and technology.
Plasma Technology
In semiconductor manufacturing processes, our plasma systems offer maximum process reliability for a large number of application areas in the front and back ends. Our plasma nitriding systems support industry and research efforts to increase the reliability and resistance to abrasion and corrosion of components that are subjected to mechanical stress.
Our Technologies
Cleaning and Activating Surfaces in the Semiconductor Field
Plasma Nitriding and Nitrocarburizing in the Industrial Field
Systems for Use in the Industrial & Life Science Field
Crystal Growing
High-performance systems, close cooperation with research institutions and industry partners, customized system design and project execution make it possible to grow high-quality crystals for the semiconductor industry, high-performance electronics, and the photovoltaic and electronics industries.
Our Technologies
High-Temperature Chemical Vapor Deposition
Vertical Gradient Freeze (VGF)
Vacuum & High Temperature
With our high-quality vacuum furnaces for sintering, joining, welding, and melting as well as our comprehensive service, we support your production, cleaning, and refining of high-quality materials and in the realization of extremely high-performance composite materials.