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History

Figure 2: US patent by Marcello von Pirani for melting refractory metals

History

Figure 3: Schematic diagram of a Pierce cathode. The conical electrode shape influences the field geometry in such a way that electron emission can also take place in the space charge range.

History

At the same time, the applications of X-rays and the discovery of cosmic rays and the associated desire for experiments with high-energy radiation also awakened the desire for high-energy energy…

History

Electron beams can also be used to efficiently melt and clean refractory metals such as titanium, tungsten and tantalum. Or metals and ceramics can be deposited as functional layers on a wide…

History

Figure 1: Family tree of electron beam technologies (from Siegfried S. Schultz, 1-2ebeam2002- International Conference on High-Power Electron Beam Technology - October 27- 29, 2002 - Paper 11)

History

Neither computers nor modern communication or the internet would be conceivable without the targeted use of the properties of the electron. But the electron is also very useful as a tool. This is…

History

When J.J. Thomson first identified the electron as a particle of matter with a negative charge during his work with cathode rays at the University of Cambridge at the end of the 19th century, no…

History - The development of the electron beam into a multitool

The development of the electron beam into a multitool

Recyclable food packaging

For the deposition of SiOx layers for sustainable mono-material food packaging, we offer you the FOBA. This gives you a roll-to-roll electron beam evaporation system that meets the productivity…