Gulf Wind Technology has embraced 3D printing for manufacturing wind tunnel models, revolutionizing their workflow. This video explores how Neo SLA 3D printing dramatically reduces the design and fabrication cycle and how 3D printing allows Gulf Wind engineers to incorporate pressure taps directly into the models, gathering data on airfoil performance which is near impossible using traditional machining or molding techniques. See how 3D printing makes wind tunnel testing dramatically more efficient!
See how Sandia National Laboratories used the Fortus FDC and F900® printer to successfully complete an 8-day ULTEM™ 9085 wind turbine blade print with fewer material changeovers and improved print stability.
Discover how checking fixtures verify part accuracy in manufacturing. Learn about types, components, and applications in automotive, aerospace, and medical.
Learn how flexible 3D printing materials are used to create rubber-like parts, from TPU filaments to PolyJet and DLP elastomers. Compare materials, Shore hardness, applications, and Stratasys technologies
See how Sandia National Laboratories used the Fortus FDC and F900® printer to successfully complete an 8-day ULTEM™ 9085 wind turbine blade print with fewer material changeovers and improved print stability.
Discover how checking fixtures verify part accuracy in manufacturing. Learn about types, components, and applications in automotive, aerospace, and medical.
Learn how flexible 3D printing materials are used to create rubber-like parts, from TPU filaments to PolyJet and DLP elastomers. Compare materials, Shore hardness, applications, and Stratasys technologies
