--- title: Industry Space --- [![eos\_logo](https://3d.eos.info/hs-fs/hubfs/eos_logo.png?width=126&height=46&name=eos_logo.png "eos_logo")](http://www.eos.info) [CONTACT US](https://www.eos.info/help-contact/contact-us) [![eos\_logo](https://3d.eos.info/hs-fs/hubfs/eos_logo.png?width=126&height=46&name=eos_logo.png "eos_logo")](http://www.eos.info) [CONTACT US](https://www.eos.info/help-contact/contact-us) # Designed on Earth. Proven in orbit. Built with Industrial 3D-Printing. Enabling flight-proven, mission-critical hardware across today’s space programs Modern space applications demand rapid iteration, lightweight design, and flexible manufacturing workflows. At the same time, reliability, traceability, and performance remain non-negotiable in mission-critical environments. Today, additive manufacturing (AM) is used to produce complex, mission-critical components from high-performance materials. It combines unparalleled design freedom with a level of quality that is consistent, repeatable, and ready for industrial production. As a mature production technology, AM enables the manufacture of qualified, flight-ready hardware for launch and satellite applications. Functional integration, reduced part counts, and optimized weight are not theoretical advantages but proven engineering approaches used across today's space industry. These capabilities simplify manufacturing while improving system performance and overall reliability. This development is supported by stable process control across the entire production chain, from parameter definition to in-situ monitoring. At the same time, dependencies on traditional tooling and complex supply chains can be reduced. As a result, additive manufacturing enables more efficient development cycles and supports scalable production strategies for the next generation of space systems. Contact Our Experts # Coming soon! Digital Expert Session on UAVs & Drones Our Speakers: Neil van Es | Geek in Chief at Parts On Demand Ronnie Petersson | Sales Director at Prototal [Register Now](https://3d.eos.info/webinar-52-tooling?hsLang=en) ## Why Use Industrial 3D Printing for Space? 1 Lightweight, High-Performance Structures Reduce mass while improving performance. Additive Manufacturing enables highly optimized, lightweight components that meet extreme thermal and mechanical demands in space applications. 2 Integrated Designs with Fewer Failure Points Consolidate complex assemblies into single parts. AM allows functional integration that reduces part count, minimizes assembly steps, and lowers the risk of failure in mission-critical systems. 3 Accelerated Development and Time-to-Orbit Shorten development cycles and iterate faster. Industrial 3D printing enables rapid design validation and efficient production, helping space programs move from concept to launch more quickly. 4 Design Freedom Beyond Conventional Limits Realize geometries that cannot be manufactured traditionally. AM unlocks new approaches to propulsion, thermal management, and structural design, expanding what is technically feasible in space systems. ### Topology-Optimized Antenna Mount | Success Story RUAG ### RUAG | Success Story Read case study ### Future Ariane Propulsion Module Simplified | Success Story Ariane ### Ariane | Success Story Read case study ### Optimized Satellite Brackets | Success Story Airbus Defence and Space ### Airbus Defense & Space | Success Story Read case study ![Prev Image](https://6948429.fs1.hubspotusercontent-na1.net/hubfs/6948429/prev-arrow-2.svg) ![Next Image](https://6948429.fs1.hubspotusercontent-na1.net/hubfs/6948429/next-arrow-1.svg) ## More Insights from the Space Industry Blog | How Additive Manufacturing Is Enabling the Next Era of Space Exploration A Space Industry in Transition and AM as Key Technology AM is rapidly becoming a key enabler in the space industry: driving faster development, higher performance, and efficient production of mission-critical components.  [Read More](https://www.eos.info/content/blog/2026/how-am-is-enabling-the-next-era-of-space-exploration) Additive Snack Podcast | Space Exploration and Additive Manufacturing Roundtable with NASA, Rocket Lab & The European Space Agency From advanced materials to production challenges: industry leaders discuss the real impact of AM in space.  Listen now to explore key insights, challenges, and innovations. [Listen Here](https://open.spotify.com/episode/2LxrYjiylD6waJKvqvczxS) ![philipp-stich-circle](https://3d.eos.info/hs-fs/hubfs/Circle%20Images/philipp-stich-circle.png?width=200&height=200&name=philipp-stich-circle.png "philipp-stich-circle") ![Circle\_Michael\_Wohlfart](https://3d.eos.info/hs-fs/hubfs/Circle_Michael_Wohlfart.png?width=200&height=200&name=Circle_Michael_Wohlfart.png "Circle_Michael_Wohlfart") # Talk with our AM Experts for the Space Industry Contact Us ## Engineered for Space Performance Customized machines and materials tailored to meet the rapidly evolving needs of the space market: enabling greater flexibility, performance, and scalability for next-generation applications. Power in every build EOS M4 ONYX Large Scale Parts Customized AMCM Machines Our Materials for Space Metal Materials AM and Space 3D Printing for Space © 2026 EOS [Privacy Policy  |](https://www.eos.info/en-us/legal/privacy-policy)[Imprint  |](https://www.eos.info/en-us/legal/imprint)[Cookie Policy](https://3d.eos.info/cookie-policy?hsLang=en)    FOLLOW US [![Linkedin](https://3d.eos.info/hs-fs/hubfs/Social%20Icons/LinkedIn_32px.png?width=25&name=LinkedIn_32px.png)](https://www.linkedin.com/company/eos) [![Twitter](https://3d.eos.info/hs-fs/hubfs/Social%20Icons/X_32px.png?width=25&name=X_32px.png)](https://x.com/EOS3DPrinting) [![Youtube](https://3d.eos.info/hs-fs/hubfs/Social%20Icons/Youtube_32px.png?width=25&name=Youtube_32px.png)](https://www.youtube.com/c/EOS3DPrinting) [![Instagram](https://3d.eos.info/hs-fs/hubfs/Social%20Icons/Instagram_32px.png?width=25&name=Instagram_32px.png)](https://www.instagram.com/eos3dprinting/)