Sintavia acquires two more EOS M400-4 quad-laser 3D printers Aerospace

Sintavia acquires two more EOS M400-4 quad-laser 3D printers Aerospace

by Aerospace

Sintavia LLC, a specialized additive manufacturing provider for the aerospace, defense and space industries, is expanding its metal AM capability with the acquisition of two additional M400-4 quad-laser 3D printers from German company EOS GmbH. The new metal additive manufacturing systems, which were delivered to Sintavia’s Florida-based facility this month, are the company’s seventh and eighth M400 3D printers.

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Dimension Inx names veteran medical device executives to its Board of Directors Marketing and Content

by Business

Dimension Inx, a biofabrication company developing regenerative medical products, announced two new appointments to its Board of Directors. Veteran medical device executives Dianne Hayes Blanco and James Koziarz, Ph.D., join company founders Caralynn Nowinski Collens, M.D., Adam Jakus, Ph.D., and Ramille Shah, Ph.D., becoming the company’s first outside directors.

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Essentium and ECD develop DryBox moisture-controlled cabinet for 3D printing filaments AM Industry

by Business

Essentium and ECD have created a next-generation moisture-controlled cabinet, the DryBox, to store and protect 3D printing filaments. The partnership leverages ECD’s experience with dry storage systems; Essentium provides an established client base in the additive manufacturing space. The partnership is another step toward dependable industrial-grade AM applications.

3DCeram and Design Bureau Ivchenko qualify SILICORE ceramic for investment casting Additive Manufacturing

3DCeram and Design Bureau Ivchenko qualify SILICORE ceramic for investment casting Additive Manufacturing

by Aerospace

One of the main priorities of the aircraft industry today is to design and produce more efficient engines, which consume less fuel and are thus better for the environment and more cost-effective. A key part in achieving these improved engine models is the ceramic investment casting process used in the production of turbine blades, which enables complex designs through the sacrificial nature of foundry cores.