Spanish Italian Chinese Francaise English German Language
Vor Zurück
Multi-beam technology for welding
  Multi-beam technology for welding

Multi-beam technology for weldingElectron Beam welding of synchronizing gears and chain wheels is part of pro-beam’s standard repertoire. Further information

News

News Press Publications Fairs & Exhibitions

Improved customer suppor...

In order to bring together the activities in technology development and job-...

More

AS 9001 for pro-beam fac...

The AS 9001 certification in Electron Beam Welding for Aerospace and Automoti...

More

Must holes be round?

No, they don't! With the new opportunities offered by fast beam deflection in...

More

Must holes be round?

No, they don't! With the new opportunities offered by fast beam deflection in...

More

Rolls-Royce EB Welding C...

Since being commissioned 1 ½ years ago the EB welding chamber K640 has...

More

Job Shop

Picture
pro-beam stands for complex welding, hardening, drilling and coating processes. Whether very small or very large parts , whether small quantities or large series, we face the technological challenges of our customers and implement these requirements with the highest quality.

Further Pages

Welding

The electron beam technology is used for creating extremely reliable, deep and at the same time narrow and parallel weld seams. Angle distortion, transverse shrinkage and other disturbing...
Weiterlesen...

Hardening

Electron beam hardening is a surface treatment procedure, which allows for the systematic improvement of the wear resistance of component surfaces. These surface areas can be precisely defined....
Weiterlesen...

Drilling

With the electron beam, pro-beam perforates slotted holes and slots in metal sheets up to 4 mm in thickness!No other technology is capable of doing this.The figures show slots of 5 mm x 150...
Weiterlesen...

Coating

A diadur®/DLC coating (Diamond-Like Carbon) is used for performing lasting modifications of the surface properties of components and tools. In this process, 2-3µm thin layers are...
Weiterlesen...