The implementation of 3D printing into the manufacturing process allows the production of more complex geometries with high precision and repeatability. A majority of 3D printers use fused filament ...

Their challenge? Build an aircraft engine with 3D printing instead of traditional manufacturing. The engineers wanted to make an engine with fewer parts than normal – way fewer parts. The normal CT7 ...

Tinker AFB maintenance personnel in Oklahoma City, Oklahoma, have produced and tested the first 3D-printed metal part on a US Air Force (USAF) aircraft engine. The service reverse-engineered and ...

In order to be protected from ice buildup, an aircraft engine needs something called an “A-Link.” According to Lufthansa, several of these A-Links are used as essential components for the ring ...

Boom Supersonic's XB-1 demonstrator aircraft, unveiling today, will fly with 3D-printed Titanium components manufactured on a VELO3D Sapphire system ...

3-D printing is no longer a new or innovative technology for the largest manufacturers in aerospace who have been creating solid objects from digital files for more than a decade, […] ...

China has conducted a successful maiden flight of a miniature turbojet engine manufactured entirely with 3D printing, a development that explores new methods for tackling difficulties in aerospace ...

Russian state technology firm Rostec has commence serial 3D printing of components for the Aviadvigatel PD-14 powerplant. The PD-14 engine has been developed for the Irkut MC-21-310 twinjet ...

Charles R. Goulding and Jacob T. Nolan explore how 3D printing is accelerating innovation and unlocking valuable R&D Tax ...

Rockets and their engines have long been of interest for both space exploration and military use—including for powering hypersonic weapons.

CRS, ATI, GE, SSYS and MTLS are driving 3D Printing innovation across aerospace, healthcare and defense setors with advanced tech and strong growth prospects.