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In the aerospace industry, electron beam welding can produce welds in a wide range of materials including titanium alloys, aluminium alloys, heat-resisting and high-strength alloys and can be successfully applied to high critical components, ensuring that stringent safety requirements are met.
In the automotive industry, electron beam welding has many applications; from turbochargers to gears and convertors to shunt resistors in standard fuel, hybrid, and electric vehicles. CVE can provide continuous strip welding systems for EV batteries, as well as turbocharger welders.
All offshore wind structures require high productivity welding fabrication and reliable performance. There is a range of structures that need to be fabricated as part of an offshore wind turbine, including monopiles, suction anchors, and flanges – and CVE can provide welding systems to achieve this.
There are many applications for electron beam welding in the nuclear industry, including pressure vessels for conventional power, small modular reactor (SMR) and micro modular reactor (MMR) fabrication, as well as associated pressure retaining and structural components.
The electron beam welding process has a low heat input, the shape of the fusion zone can be optimised and the process is done in a vacuum, which prevents oxidation, minimising the risk of damage to sensitive electronics.
News and Media
CVE pushes boundaries in high productivity welding of heavy section steel with Ebflow
Company redefining what’s possible with commercial electron beam welding to shorten timescales for critical infrastructure fabrication projects Cambridge Vacuum Engineering (CVE) today announced that it continues to set new standards in commercial electron beam welding innovation. The company’s proprietary Ebflow technology is now routinely delivering rapid, high quality, deep section welds of 250mm nuclear grade […]