USA Luge is tapping into a wide range of high-performance additive manufacturing technology to 3D print key layup and sacrificial tools used during manufacturing of carbon-fiber composite sleds. The advanced functionality of FDM enables an unprecedented level of customization not possible with standard composite fabrication – a critical success factor in racing sleds that often travel at speeds upwards of 87 miles per hour. Harnessing the power of Stratasys Fused Deposition Modeling (FDM) 3D printing technology, the Luge team is now able to more rapidly and cost-effectively build and test customized racing sleds tailored to the body of each athlete.
Explore strong, tough 3D printing materials for functional prototyping and production. Compare FDM, PolyJet, SAF, and P3 DLP polymers to find the best fit.
続けて見るDiscover advanced rapid prototyping with Stratasys additive manufacturing solutions and elevate your product development to new heights with our detailed guide.
続けて見るExplore the future of 3D printing with our webinar. Discover innovations, enhance efficiency, and stay ahead in your industry with Stratasys
続けて見るExplore strong, tough 3D printing materials for functional prototyping and production. Compare FDM, PolyJet, SAF, and P3 DLP polymers to find the best fit.
Discover advanced rapid prototyping with Stratasys additive manufacturing solutions and elevate your product development to new heights with our detailed guide.
Explore the future of 3D printing with our webinar. Discover innovations, enhance efficiency, and stay ahead in your industry with Stratasys