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Electron Beam Welding
Electrons are generated by heating the filament located in the electron beam gun. The electrons are then shaped to form the electron beam. The beam travels through an anode/column valve/magnetic focusing lens/deflecting coil, entering the chamber work area to the part where it's accelerated to a velocity of ½ the speed of light.
Electrons are generated by a filament located in the electron beam gun. The electrons are then shaped to form the electron beam. The beam travels through a focusing column assembly entering the chamber work area to the part where it's accelerated to a velocity of ½ the speed of light.
EBW is particularly suitable to applications that requires minimized distortion and shrinkage during welding, welding in a close proximity to heat sensitive components or attachments, or hermetic seal welding of evacuated enclosures while retaining a vacuum inside the component.
Many exotic and dissimilar metals are readily weldable with EB, allowing part designs and material choices not available with conventional welding processes.
What are the Benefits to You?
Fast Turnaround
Low Heat Distortion
High & Low Volume Production Capabilities
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