3D Printing Liquid Rocket Engines

Speaker:  Scott Killian, EOS NA

  • Briefing on Liquid Rocket Engines and the impact of industrial 3D printing

  • Roadmap to Launcher's success, including key technical data on their progress

  • Insight into how you can leverageadditive manufacturing for Liquid Rocket Engine production

  • Expert opinions on the future of rocket propulsion and satellite market growth

Launching Falcon 9 Rocket | © Photo by SpaceX on Unsplash
Launching Falcon 9 Rocket

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Understanding 3D Printing What Can Additive Manufacturing Do for Your Production?

Building process of an EOS M 290, DMLS, 3D printing, metal, laser, additive manufacturing | © EOS
Additive Manufacturing Technology 
How Does 3D Printing Work?

What is additive manufacturing? Whether metals or plastics, the principle of additive manufacturing by 3D printing is simple.

MORE ABOUT AM
EOS Metal Gyroscope, DMLS, 3D printing, metal powder | © EOS
Systems & Solutions
DMLS Metal 3D Printing

Learn more about DMLS, our portfolio for metal 3D printing and the various applications it can be used for.

OUR METAL 3D PRINTERS
View of the earth from space | © Photo by NASA on Unsplash
Wings With 3D Printing
Additively Manufactured Parts for Space Propulsion

As an innovative manufacturing technique, 3D printing is a key driver for the space flight sector. Regardless of whether you need complex structures, sophisticated materials or cost-efficient and rapid production even for small batch sizes – additive manufacturing meets the highest standards.

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