Norsk Titanium, a specialist in metal 3D printing via its Rapid Plasma Deposition (RPD) technology, has completed successful component level testing with General Atomics Aeronautical Systems.
Started in 2021, the test programme explored the application of Norsk’s RPD technology in significant structural applications for General Atomics products. The preliminary test results for the selected landing gear component indicated promising performance.
This effort was performed as part of Norsk’s expansion into the defence market, with Norsk Titanium US producing the test component using the patented additive technology.
General Atomics additive and structural engineering teams conducted inspection and functional load testing as well as material testing.
Testing was conducted in support of the General Atomics’ mission to enable and accelerate additive manufacturing technology integration into its design and manufacturing operations, processes, and products maximising the buy-to-fly ratio benefits for the company and its customers.
“We would like to thank GA-ASI for their support of our technology and the additive industry in general,” said Nicholas Mayer, Norsk Titanium vice president, commercial. “We believe there is a good fit for our technology in GA-ASI applications that traditionally call for long lead time forgings. Our team is ready to support GA-ASI as they continue their qualification process and further develop their DED additive applications.”
About the company
Norsk Titanium rapid plasma deposition® (RPD®) is a commercial aerospace OEM-qualified additive manufacturing process that delivers structural titanium parts with reduced lead time and cost. The companies proven production capabilities deliver lower cost, less machining, less material used, and reduced lead time. their MERKE IV® machine is the world’s fastest titanium printer in commercial production today. The MERKE IV® is 50–100 times faster than powder-based systems, while using 25%–50% less titanium than traditional forging.
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