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Home3D PrintingAdditive Monitoring Methods chosen by NASA's MSFC

Additive Monitoring Methods chosen by NASA’s MSFC


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Additive Monitoring Methods, a College of California spinout and embedded in Argonne Nationwide laboratory, has been chosen by NASA’s Marshall House Flight Middle (MSFC) in a Collaborative Settlement Notice to develop and combine in-situ monitoring know-how for additive manufacturing into on-site manufacturing powder mattress fusion 3D printers.

The collaboration will give attention to in-situ monitoring to help flight-ready manufacturing of high-performance copper elements for NASA’s Liquid Propulsion Expertise platforms. Additive Monitoring Methods will deploy their patent-pending, course of monitoring know-how system, Undertaking Fringe, on-site at MSFC.

“We have now developed a speedy, goal, in-situ well being monitoring system that’s based mostly on measurement science with quantified uncertainty. This know-how permits expedited undertaking timelines, rapid prognosis of AM anomalies, and better confidence in ultimate half high quality,” stated Dr. Niall O’Dowd, Founder, and CEO of Additive Monitoring Methods.

Additive Monitoring Systems selected by NASA
NASA’s Marshall House Flight Middle administrative complicated

This one-year collaboration between NASA and Additive Monitoring Methods follows a 2-year contract for full-scale AM manufacturing monitoring with the US Air Drive, a 2-year contract to de-risk monitoring imaginative and prescient know-how in AM from the Division of Vitality’s Superior Manufacturing Workplace, a number of awards from the Nationwide Science Basis, and integration right into a key 3D printer unique gear producer.

In Might, this yr, Additive Monitoring Methods was chosen by the Air Drive Analysis Laboratory’s (AFRL) to develop and combine machine imaginative and prescient know-how for additive manufacturing at Oklahoma Metropolis Air Logistics Advanced for protection and business functions.

Additive Monitoring Methods’ real-time in-process monitoring system can retrofit any industrial 3D printer to supply actionable half high quality information. Designed to supply worth to builders by way of dimensional measurements of a number of in-situ half options, the system reduces misplaced schedule time and wasted power by permitting for earlier half scrap.

“We’re very appreciative of the rising curiosity in our merchandise from our sponsors and the speedy prototyping neighborhood and are trying ahead to this collaboration and accelerating AM to completely flight qualified-production of complicated area flight elements,” stated Dr. O’Dowd.

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