See how Dankook University's R2X racing team used Stratasys 3D printing to build lighter, stronger EV parts and cut production time.
See how Jones Plastic uses Stratasys PolyJet™ technology and the J826™ printer to create realistic, functional prototypes that accelerate product validation and reduce development risk.
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.
See how Eaton uses Stratasys FDM 3D printing to replace machined gear inspection tools—cutting costs, reducing lead times, and improving quality control in manufacturing.
See how Embry-Riddle Aeronautical University used Stratasys SLA 3D printing to produce high-precision wind tunnel wing models in under a week, accelerating aerodynamic research and testing.
APC’s commitment to rapid prototyping and solution development has been greatly enhanced by PolyJet’s unique capabilities, including streamlined support removal, multimaterial printing, and the integration of full-color Pantone-qualified output.
Learn how Lockheed Martin improved 3D printing uptime by 28% using Stratasys AccelerateAM™ a proactive service model that delivers faster support, greater autonomy, and increased production output.
Discover how NASCAR used the Stratasys Neo800 SLA 3D printer and Somos Evolve 128 material to rapidly prototype aerodynamic strakes, cutting time by one week and costs by 50% compared to metal.
Delkor uses Stratasys SAF® 3D printing to reduce tooling costs by 60% and speed production by 50%. Learn how the H350 and PowderEase T1 improve throughput and scalability.
Discover how Bifrost scaled UAV production using the Stratasys H350 with SAF® technology. Achieve 6–8× throughput, 80% labor savings, and 40% lower production costs.
