Space Launch with 3D Printing and Linde - Rocket, Copper and Gases

Additive manufacturing (AM) has revolutionized the manufacturing industry by providing an array of benefits such as functional integration, design freedom, and on-demand production. The use of AM has gained considerable momentum in various fields, including the space industry. This sector has identified the potential of AM in producing rocket parts and prototypes, prompting increased research into the use of this technology. Copper alloys, in particular, have gained significant interest due to their excellent thermal conductivity, making them an ideal material for rocket parts.

However, 3D printing of copper components remains challenging due to the material's pronounced reflectivity and limited absorption capacity. The presentation includes the latest research results that highlight how 3D printing of copper alloys can enhance the production of rocket components. The focus will be on the use of novel process gases during 3D printing and the role of gases in powder production and rocket take off. The improved understanding of process parameters in combination with the use of advanced gas chemistry leads to the development of more efficient and sustainable methods for manufacturing copper-based components for space applications.