Parabolic Success: Demonstrating Xolography in μG
In 2023, we participated in DLR’s parabolic flight campaign in Bordeaux to push Xolography to its limits — microgravity. Across 31 parabolas per flight, Xolography showcased its unparalleled performance: effortless operation without adjustments, flawless operation, and the creation of layerless, high-precision objects.
What sets Xolography apart? Speed. While other 3D printing technologies struggle to complete even a small section of an object during a whole campaign of 31 parabolas, Xolography printed full, 1 cm-sized objects in a single parabola. This allowed us to produce many objects over the course of the flight, demonstrating not only quality but unparalleled efficiency in zero-G conditions.
These results demonstrate that Xolography is not only ideal for space manufacturing but also has the potential to become an essential tool for researchers exploring new frontiers in microgravity science.
Want proof that Xolography excels in zero-gravity? Curious about how we’re redefining 3D printing in space? Explore the details here!
“The story continues with a new focus: developing a lightweight, compact Xolography printer for bioprinting in space.” Building on the success of our parabolic flight tests, the next chapter will explore the potential of printing living cells in space, opening new avenues for regenerative medicine and microgravity research.
Do you want to do Xolography research in microgravity?
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