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What’s Taking Shape With Additive Manufacturing and Robotics?

by | Aug 24, 2023

Summary

Combining six axis robotics with additive manufacturing brings out the strengths and versatility of both methods. The aerospace industry will continue to evolve these new technologies with large companies like Lockheed Martin demonstrating their effectiveness.

Increasingly used by industrial sectors and radically changing the way many products are made, additive manufacturing (AM) continues to be a driving force for advanced manufacturing prototyping and production. Expected to grow at a compound annual growth rate (CAGR) of 20.8% by 2030, this process of using digital design data to successfully create solid three-dimensional objects by fusing layers of material together [3D printing (3DP)] allows a great deal of flexibility in the production process, continuing to impact the industrial landscape.

Whether it’s tooling for composites, prototype aircraft, or automobile parts, product designs once thought too complex are now becoming a reality, thanks to more accurate and reliable 3DP technology. Advancements in motion control, power conversion, and robotics are helping expand the scope of AM, enabling fast creation of sophisticated, durable objects through methods such as selective laser melting (SLM), fused deposition modeling (FDM), and binder jetting.

Read more here.

Aerospace Manufacturing and Design

Aerospace Manufacturing & Design is the only trade publication exclusively dedicated to the design, manufacturing, assembly, and MRO of aircraft and components. Every recipient on our 20,572 BPA-audited circulation is a qualified decision-maker in the aerospace industry. This vertical focus gives you direct access to the engineers and manufacturers who need your products to succeed. No other trade publication can match the power of our vertical reach in the aerospace manufacturing, design, and MRO market.‍

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