Aerospace

The aerospace industry is a systematic engineering system that integrates precision, complexity, high technology and quality. Electron beam 3D printing has advantages of high energy utilization, high forming efficiency, good comprehensive mechanical properties, low cost of mass production and fewer post-processing steps. It shortens the R&D cycle, reduces manufacturing costs, lightens the structure weight, increases the life and achieves flexible manufacturing of new functions and hetero-structure for industry customers.

Titanium Aluminum alloy, Brittle and difficult processed materials; Titanium and Titanium alloy; Copper and Copper alloy; refractory metals etc.

Titanium Aluminum blades printed by SEBM: The pre-heating process can eliminate residual stress. Forming in a vacuum environment contributes to low oxygen increment and rapid solidification. More advantages are less dependence on support and no need for post-heat treatment. It is suitable for rapid and batch printing of brittle, difficult to machine or crack-sensitive materials. 24 TiAl blades can be produced within 100 hours in a single stove. It also helps overcome problems such as coarse structure and loose solidification structure in casting,ingot metallurgy and powder metallurgy.