Aerostructures & Airframes
Let ADDere print your
Aerostructures & Airframes
Large-scale airframes and aerostructures require precise construction to provide the correct aerodynamics while staying as lightweight as possible. ADDere’s additive manufacturing process has been proven to produce very large, single-piece airframes from Titanium.
The ADDere laser wire additive manufacturing system produces 3D printed large-scale, near-net-shape parts in various metals including Titanium, Inconel, Stainless Steel and other superalloys, and most Ferrous-based metals.
ADDere has these additive manufacturing capabilities as well as many more printing capabilities. Contact us today if your business is interested in 3D-printed Titanium aerostructures.
ADDere Print Details
Deposition Rate: 6 lbs. per hour
Total Built Time: 1 hour
Material: Titanium Ti64
Dimensions: 50 cm long
System Used: ADDere Custom System
Next Level Industrial-grade Laser Wire Additive Manufacturing
What's going on at ADDere
Latest Blog Posts
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Mitigate Tariffs on Steel by Reshoring Your Manufacturing with ADDere
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Harnessing ADDere’s Additive Manufacturing Process for Next-Generation Drones
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From Concept to Core: How ADDere Transforms Nuclear Reactor Components
Additive manufacturing has been gaining traction in the nuclear energy industry. The development and maintenance of nuclear reactors demand components that meet stringent safety standards
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White Paper: The Impact of Additive Manufacturing on Cost, Efficiency & the Future
ADDere’s metal laser-wire additive process is a proven technology for producing complex large-scale metal parts for the defense and aerospace industries. With increasing interest in
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ADDere’s metal additive manufacturing process has transformed the manufacturing landscape by enabling the production of complex parts with unprecedented precision. Additive manufacturing has evolved from
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The Growing Role of Additive Manufacturing in Aerospace: Revolutionizing Metal Parts Production
The aerospace industry has always been at the forefront of technological innovation, constantly seeking ways to improve efficiency, performance and sustainability. From rapid prototyping to