Laser welding

titaniumnickelsteel

Electron beam welding (EBW) is a specialist metal joining technique used to create high integrity joints with minimal distortion. Benefits -Low heat input for the welded parts; -Minimal distortion; -Narrow melt zone (MZ) and narrow heat affected zone (HAZ); -Deep weld penetration from 0.05 mm to 200 mm (0.002” to 8”) in single pass; -High welding speed; -Welding of all metals even with high thermal conductivity; -Welding of metals with dissimilar melting points; -Vacuum process yields in clean and reproducible environment; -Natural welding process for oxygen greedy materials such as titanium, zirconium and niobium; -Machine process guaranteed for reliability and reproducibility of the operating conditions; -Cost-effective welding process for large production in automatic mode; and -Parts can mostly be used in the as welded condition – no sub-machining required. Application & materials -Aerospace -Jet engine components -Parts of structures -Transmission parts -Sensors -Power generation -Space -Titanium tanks -Sensors -Vacuum systems -Medical -Automotive -Transmission parts -Gears -Parts of turbocharger -Electrical/electronic industries -Parts in copper material -Nuclear -Fuel housing -Parts of structure -Valves -Instrumentations -Research centres -Copper parts -Superconductivity material components -Miscellaneous -All metals even with high thermal conductivity -Steel and stainless steel -Aluminium and alloys -Copper and alloys -Nickel alloys and refractory metals -Titanium and alloys -Zr, Mo, Ta, Hf, W, Nb, etc -Welding of metals with dissimilar melting points -Copper to steel -Copper to nickel alloys -Steel to nickel alloys -Tantalum to tungsten