Where other welding processes reach their limits, the electron beam ensures optimum results through a highly efficient and simple tool for complex welding, hardening or micro drilling work.
Whether components for aerospace, the automotive industry or scientific research facilities where other welding processes reach their limits, the electron beam ensures optimum results. The welding process in a vacuum brings many advantages:
Easy automation: Since the electron beam is a digital tool, joining processes can be easily automated, welding results can be reproduced at any time, and mechanical quality values can be reliably maintained.
Flexibility: The electron beam can be shaped as desired via magnetic fields and enables the welding of geometrically complex components. This gives designers freedom during process de- sign and construction.
High efficiency: The process delivers deep, narrow, and parallel seams. With simple seam preparation and a weld depth of over 150 mm, the electron beam is far superior to other thermal pro-
cesses.
Multi-layer welding is just as unnecessary as additional material. By working close to the final contour, over the top measurements can be significantly reduced.
Maximum precision: Electron beam welding achieves precise results with minimal stress and distortion of the workpieces.
High welding speed: A wide range of metallic materials and material combinations can be welded by electron beam at high speed and with virtually no ejections. The finished components can be installed immediately or with little rework.
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