Oerlikon AM and MT Aerospace Partner to Accelerate Use of Additive Manufacturing
The partnership is intended to expand the usage of AM in aerospace applications.
Share
DMG MORI - Cincinnati
Featured Content
View MoreECi Software Solutions, Inc.
Featured Content
View MoreHwacheon Machinery America, Inc.
Featured Content
View MoreOerlikon AM and MT Aerospace are partnering to accelerate the use of additive parts in the aerospace and military industries. The partnership aims to improve efficiency and safety at a lower cost, provide end-to-end solutions to their customers, and incorporate digitalization in both air and space applications to enable new advances in the industry.
“The companies contribute their respective expertise in component design and manufacturing, as well as component testing and qualification, to offer customers a ‘one-stop-shop’ from product specification to finished, qualified part,” says Hans J. Steininger, CEO of MT Aerospace AG, a subsidiary of Bremen, Germany-based space company OHB SE.
“Through this partnership, we look forward to continuing to lead innovation and digitization trends in the aerospace industry by accelerating and scaling up the process from concept to operational delivery,” says Dr. Michael Suess, chairman of Oerlikon’s board of directors. “To advance the application of additive manufacturing, collaboration with key players like MT Aerospace is essential. We are looking forward to bringing more additively manufactured parts to aerospace.”
Related Content
-
Solar Atmosphere Receives Boeing Approval for Vacuum Oil Quenching
The approval was granted for oil quenching of alloy steels in the company’s new furnace, the Neo.
-
Lyndex-Nikken Collets Enable Accurate Small-Diameter Cutting
The MMC Mini-Mini collet chuck is well suited for high-speed machining applications where clearance is needed, such as die mold, aerospace and medical parts.
-
Grob Systems Inc. to Host Tech Event With Industry Partners
The 5-Axis Live technology event will highlight new machining strategies for optimizing the production of complex medical, aerospace and mold/die parts.