Additive Manufacturing Support for Engine OEMs
Additive Manufacturing (also known as 3D printing) offers a wide range of benefits and opportunities for engine OEMs, but is not without its challenges.
At Lucideon, solving these challenges is what we do best.
We work with you to optimize and develop components including:
- Fan blades
- Exhaust nozzles.
We can help you navigate the obstacles of microstructural variation, structural characterization, failure analysis and third-party benchmarking, to help you develop an AM product that's fit for purpose.
What makes us different?
- Our comprehensive knowledge and experience of engine manufacturing means we act as an extension of your internal capabilities, complementing your knowledge and solving any problems that may exist – saving you time, money and resources
- We can help you improve the functionality of your additively manufactured product, in turn reducing costs and time
- We can improve your productivity. Streamlining your AM process throughout the product lifecycle enabling you to get your products to market faster.
On Demand Webinars
This webinar, presented by Julius Bonini, Aerospace Business Manager, covers all of the common post-processing treatments applied to additively manufactured (AM) metal components. Topics related to the removal from build plates and stress relieving of as-fabricated parts to more complex processes such as machining, cleaning and surface finishing, are covered.
In this webinar, Julius Bonini, Aerospace Business Manager, explores a number of analysis techniques that can be used to provide insightful competitive advantage through design and performance evaluation.
Hosted by Joan Morra, Metallurgical Engineer, and Dr Phil Jackson, Technical Manager, Healthcare, this webinar covers the importance of powder quality and optimization for successful Additive Manufacturing processes.
This webinar covers metal additive manufacturing, various methods & equipment, E Beam vs. laser melting methods, powder bed vs deposition methods & available metal systems