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Why Additive Manufacturing in Aerospace?

Additive manufacturing is a practice that is often associated with the aerospace industry. However, most people are yet to come to terms with what this technology has to offer. Ideally, additive manufacturing describes the process of creating components by stacking ultra-thin parts on each other. This technology is some form of 3D printing only that it is done on a larger scale. Its precision and effectiveness prove that this technology could revolutionize the way planes are made.

Airbus and Roll-Royce have embraced additive manufacturing. This is evidenced by the airplane enginefact that this duo’s initiative to build a better superior engine using this technology. From the look of things, this engine will indeed be the best civil aircraft engine, which bears an aero engine structure. Airbus then tested these design in 2016 by flying around Toulouse. This technology has been highly lauded, which has ignited interests from other major manufacturers who are making waves with this technology.

Benefits of additive manufacturing

Short development times

Additive manufacturing allows rapid prototyping and improves the process of conceptual design review and validation. In this regards, manufacturers now enjoy the benefits of not focusing things like tooling manufacture and go straight into produced finished parts. In addition to this, this is good news for collaborative engineering. This will undoubtedly transform how manufacturers manage their research and development.

Easy design of complex geometries

Additive manufacturers have made it easy to manufacture complex geometries without inflating manufacturing costs. This is certainly good news for aerospace where the emphasis is placed on maximum performance, improves reliability, and improves fuel efficiency.

On-demand and on-site spare manufacturing

Another benefit of additive manufacturing is that it takes care of the need of maintaining spares into inventory. It is a well-known fact that some spares remain unused until they become obsolete. Additive manufacturing goes further into reducing costs associated with warehousing and obsolescence. This technology has made it possible to produce critical parts, cut delays, and lower production costs.

In-process quality assurance

manufacturing processThe aerospace industry is often obsessed with reliability and efficiency. Additive manufacturing offers unmatched efficiency, which makes it appropriate for the aerospace industry. One of the most promising developments in additive manufacturing is it permits the manufacturer to monitor and optimize parameters in the manufacturing industry.

Additive manufacturing is a new technology that has come with amazing implications in the aerospace industry. The speed at which parts are manufactured takes care of things like overstock when creating custom pieces.