Home3D PrintingConstellium collaborates in the direction of superior aluminum AM

Constellium collaborates in the direction of superior aluminum AM



Constellium collaborates in the direction of superior aluminum AM

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Constellium, a sophisticated aluminum merchandise firm, has entered a brand new collaboration with Nikon Superior Manufacturing (Nikon AM), America Makes, and a crew of business leaders to increase using its Aheadd CP1 aluminum alloy for AM in protection and aerospace purposes.

The $2.1 million mission is funded by the Workplace of the Below Secretary of Protection’s Manufacturing Know-how Workplace (ODS ManTech) by means of America Makes, the Nationwide Additive Manufacturing Innovation Institute. This mission is led by Nikon AM with the collaboration of ASTM Worldwide and 3Degrees, together with steering from high protection contractors, together with Lockheed Martin, Northrop Grumman, Honeywell Aerospace Applied sciences, and others.

“This mission underscores the ability of collaboration to drive significant innovation,” stated Ludovic Piquier, Senior Vice President of Manufacturing Excellence and Chief Know-how Officer at Constellium. “Aheadd CP1 continues to show its worth in additive manufacturing, and we sit up for unlocking even larger potential within the aerospace and protection industries with our companions.”

“Nikon AM is proud to steer this initiative,” stated Behrang Poorganji, Vice President of Know-how at Nikon AM. “Additive manufacturing presents many alternatives for the aerospace and protection markets, and materials choice is a key to AM success. We’re excited to help the US’ Protection Industrial Base with this groundbreaking mission utilizing Nikon SLM Options’ large-format, multi-laser NXG XII 600 sequence laser powder mattress fusion (L-PBF) methods.”

Constellium’s Aheadd CP1 is a high-performance aluminum alloy designed particularly for additive manufacturing. Its energy, thermal conductivity, and glorious printability – permitting high-speed productiveness and stability to keep away from post-processing – make it well-suited for demanding purposes akin to warmth exchangers and different mission-critical elements.

The mission will generate key materials property information by means of testing on Nikon SLM Options’ L-PBF methods. Outcomes can be shared by way of the Workbench for Additive Supplies (WAM) database to help qualification and use by protection and aerospace producers.

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