Traditional welding utilizes heat from an arc (a spark generated by an electrical discharge) or a laser. Electron beam welders, on the other hand, use the kinetic energy of electrons to bond ...

Electron beam welding services creates a narrow beam of high velocity electrons in a vacuum environment. This beam generates a fusing heat source that can unite most metals and alloys. Electron beam ...

Welding processes are in general distinguished by the way in which stored energy, either chemical, mechanical or electrical, is introduced into the workpiece in the form of heat. In electron-beam ...

The concept is something of an all-in-one device that combines traits of an electron beam welder, an FDM 3D printer, and an electron microscope. While under high vacuum, an electron beam will be ...

The concept is something of an all-in-one device that combines traits of an electron beam welder, an FDM 3D printer, and an electron microscope. While under high vacuum, an electron beam will be ...

These welding systems can be classified as spot welders or seam welders, using pointed and wheel-shaped electrodes, respectively. Laser and electron beam welding are newer processes which use highly ...

Cambridge Vacuum Engineering’s Max Nentwich has been elected vice-chair of the International Institute of Welding’s ...

The "Global E-Beam Controller Market: Market Size, Trends, Opportunities and Forecast By End-Use Industry, Application, Type, Region, By Country: 2020-2030" report has been added tAndMarkets.com's ...