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!
To learn more about the Neo, click here: Neo® Stereolithography 3D Printers
Discover how 3D printed microvanes cut C-17 drag and fuel use by 1%, saving the U.S. Air Force $14M+ a year with a 7-month payback. See the results.
続けて見るExplore how SAF®, MJF, HSS and other polymer PBF technologies compare for production manufacturing, focusing on repeatability, cost and scalability.
続けて見るSee how students tackled aerospace design challenges at the 2026 SkillsUSA Additive Manufacturing Competition using professional-grade Stratasys 3D printers.
続けて見るDiscover how 3D printed microvanes cut C-17 drag and fuel use by 1%, saving the U.S. Air Force $14M+ a year with a 7-month payback. See the results.
Explore how SAF®, MJF, HSS and other polymer PBF technologies compare for production manufacturing, focusing on repeatability, cost and scalability.
See how students tackled aerospace design challenges at the 2026 SkillsUSA Additive Manufacturing Competition using professional-grade Stratasys 3D printers.