While 3D-printing is growing in popularity amongst brands, retailers and consumers, the technology is being redesigned so that it can be used in space thanks to the Additive Manufacturing Facility (AMF). The printer is engineered to function in zero gravity landscapes and be used to aide in maintenance work aboard spaceships.
3D-printing offers a variety of uses, and one that is most convenient is how quickly products and pieces can be rendered from ideation to use. This is one of the focuses of the AMF to help build and reconstruct tools needed during the ISS mission for astronauts while they make repairs. The printer will be specially fitted to work in the low-gravity setting so that it can withstand the rocket launch and takeoff and still be functional in the new space atmosphere.
Key Themes Behind This Trend
- Space 3d-printing
- There is a high demand for 3D printers that can withstand space launches and function in a zero-gravity environment.
- Low-gravity Tools
- Developing tools that perform optimally in low-gravity environments represents a significant disruptive innovation opportunity.
- Additive Manufacturing
- The development of specialized printing technology promises to revolutionize industries, particularly those involving space exploration.
Where This Applies
- Space Exploration
- The development of low-gravity 3D-printing may revolutionize the way we conduct space missions and enable us to build structures while in outer space.
- Manufacturing
- New technologies can help manufacturers to create products that are optimized for extreme environments and new applications.
- Aerospace
- This technology has tremendous disruptive potential for the aerospace industry, making it possible to conduct repairs and build equipment in space as needed.
