The European Space Agency is investing 155,000 euros into a project converting lunar regolith into c...

The European Space Agency is investing 155,000 euros into a project converting lunar regolith into conductive 3D printing inks and powders. By extracting the 45 percent oxygen content from soil via the Metalysis process, the remaining metal alloy becomes feedstock for functional electronics. This allows for in-situ production of sensors and communication networks, moving space AM beyond simple structural repairs. Such advancements are vital for reducing Earth-dependence and securing sustainable lunar habitation. 🚀🛰️ #3DPrinting #SpaceExploration #AdditiveManufacturing #ESA #LunarRegolith