Photocentric Spins Out CosmicMaker to Pursue In-Space Manufacturing

UK-based 3D printing company Photocentric has spun out its space manufacturing activities into a separate business called CosmicMaker, after the successful demonstration of its 3D printing technology aboard a series of parabolic flights designed to simulate microgravity.

The spinout follows a series of test flights in April aboard Novespace’s Airbus A310 Zero G aircraft, during which three CosmicMaker 3D printers produced parts while the aircraft cycled between roughly 22-second periods of microgravity and higher-gravity periods ranging from 0g to 2g.

According to the company, all three printers functioned throughout the flights and successfully produced parts using four different materials, including silicon carbide, alumina, and two thermoset polymers. The resulting components were reported to be “dimensionally accurate.”

Perhaps the most surprising result involved the ceramic materials, silicon carbide and alumina. CosmicMaker said those materials actually printed better during the microgravity portions of the flight. Without gravity pulling heavier particles downward, the ceramic mixtures remained more evenly distributed throughout the printing process. During the higher-gravity phases, those particles were more likely to separate from the surrounding slurry.

Unlike many 3D printing systems, CosmicMaker’s process keeps parts surrounded by liquid material as they are being built. That means the printed object remains supported throughout the process, eliminating the need for additional support structures in microgravity. That characteristic could make the technology particularly attractive for future off-Earth manufacturing applications. While many additive manufacturing systems must be adapted to operate in space, CosmicMaker says its process may perform better in microgravity than on Earth.

The company says one of the biggest advantages of the system is that it is built on a technology with a long track record on Earth. According to Photocentric, its LCD-based printing systems have already produced tens of millions of parts. The platform is also designed to work with a range of materials, including plastics, ceramics, metals, and composites, while keeping weight and power consumption relatively low—two factors that become especially important when equipment is headed to space.

Space manufacturing has been part of Photocentric’s plans for several years. In 2020, the company patented a 3D printing process designed for use in space and later received multiple grants through the European Space Agency‘s (ESA) Business Applications and Space Solutions program to help develop and validate the technology. Photocentric, founded in 2002, is best known for helping pioneer LCD-based 3D printing.

By spinning CosmicMaker out into its own company, Photocentric is betting that manufacturing beyond Earth could become a genuine business opportunity. Photocentric believes there could eventually be demand for manufacturing systems that allow astronauts and future lunar crews to make parts where they are needed rather than shipping everything from Earth. That’s their long-term vision. But for now, the next steps include adding centrifugal resin recovery systems and increasing automation so that astronauts would no longer need to participate directly in the printing process.

Just a few years ago, manufacturing on the Moon sounded largely theoretical. Today, with lunar programs accelerating and commercial space stations moving closer to reality, companies are beginning to test the technologies that could make that notion possible. CosmicMaker’s latest flight campaign is one small example of how that work is starting to move from concept to hardware.