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The National Additive Manufacturing Innovation Center of the United States, among others, invested $5.5 million in General Atomics Aviation Systems to establish a database on high-strength aluminum alloy materials technology.

2026-09-02 08:00 Industry & Investment 🔥 28.9 heat score
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On September 2, 2026, America Makes and NCDMM jointly invested $5.5 million to support the GOTHAAM project led by GA-ASI. This project aims to develop new aerospace-grade materials with performance equivalent to 7075-T73 aluminum alloy, and to establish a database of material allowable values for small, medium, and large-scale laser powder bed fusion equipment. Once completed, this database will significantly shorten the cycle from material selection to mass production for new models, which is of long-term strategic importance for promoting large-scale production in the aerospace and defense manufacturing industries.

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Key entitiesKEY ENTITIES
General Atomic Aviation Systems CompanyNCDMMNational Additive Manufacturing Innovation Center

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General Atomic Aviation…1General Atomic Aviation…1NCDMM × National Additi…1

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  • National Additive Manufacturing Innovation Center1
  • NCDMM1
  • General Atomic Aviation Systems Company1

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全球技术地图 zh 2026-09-02 08:00

The National Additive Manufacturing Innovation Center of the United States, among others, invested $5.5 million in General Atomics Aviation Systems to establish a database on high-strength aluminum alloy materials technology.

America Makes and NCDMM invested $5.5 million to support the GOTHAAM project, led by GA-ASI, which focuses on the generation of technical data for high-strength aluminum alloy materials. The project aims to develop corrosion-resistant aviation-grade aluminum alloys with similar properties to 7075-T73 aluminum alloy. A database of allowable material values for small, medium, and large-scale laser powder bed fusion (LPBF) equipment will be established to facilitate large-scale production in both defense and commercial aviation. Once this database is completed, it will significantly shorten the time from material selection to mass production for new models, making it of long-term strategic importance for the aerospace and defense manufacturing industries.