Hoogfrequente planten  Fabrikanten, distributeurs en leveranciers

Himmelwerk means high end induction heating equipment made in Germany. We offer a wide range of products operating in a frequency spectrum between 4 kHz and 2000 kHz while delivering up to 250 kW of output.
Our high- and medium frequency electricity converters enable a broad variety of possible applications of induction heating in your production process. Our induction systems are used for thermal treatments like annealing, tempering or hardening but also for soldering & brazing welding, forming, joining and melting. We are experienced as well with forge heating, drying and coating processes and we are heavily invested with research projects like e.g. the international nuclear fusion research project ITER.
With more than 70 years of experience in induction and over a century in industrial electronics manufacturing we are a leading company for induction heating solutions and are spearheading the field of high frequency induction around the globe!
While our technology is mainly used in industrial metal heating applications for e.g. steel, aluminium, copper or brass (or even titanium), it can also be used to heat non metallic materials such as graphite, molten glass, fibre plastics, silicon, plasma and now with the use of nano particles even more materials can be heated.
Whether you need an industrial scale solution or just want to find out if we can provide an induction system for your individual non standard material or research case, just give us a call!

AURION Anlagentechnik GmbH
Plasma technology=Plasma systems + RF-Components
AURION Anlagentechnik GmbH was founded by three shareholders at the end of 1996 in order to produce components and complete systems for surface treatment that are efficient, costreducing and ecologically desirable.
AURION is located in Seligenstadt, a small town a few miles east of Frankfurt am Main. Therefore we are easy to reach by plane, train or car.
Currently AURION employs 16 highly qualified engineers and technicians.