Low-cost robotic space exploration requires significantly optimized complex parts and assemblies to create lighter-weight, more fuel-efficient space travel
Massive time savings from being able to go from CAD to pattern in a single day. Faster design iterations by eliminating tooling and access to any type of alloy for lighter-weight parts
Achieve unprecedented weight-to-strength ratios in unmanned aerial vehicles through advanced manufacturing technologies.
Rapid SLS 3D printing, lightweight printer materials, post processing and assembly provided with 3D Systems.
Efficiently met the stringent weight requirements but also significantly reduced complexity by creating single-build assemblies within the UAV.