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.
See how Humanitas University uses the Stratasys J850 Digital Anatomy 3D printer to enhance surgical planning, education, and medical research with lifelike anatomical models.
The journey started with the idea that additive manufacturing might help with the company’s tooling needs. With the assistance of PADT, an advanced 3D printing product development and services provider, Howe and Dan Zumbo, Parker’s additive manufacturing manager, started small with a loaner 3D printer.
Forensic Photonics revolutionized fingerprint detection with their LIFT device, using P3 to create durable, high-quality imaging solutions for law enforcement.
Industrial Designer Ori Levin introduced a groundbreaking air purifier prototype. Learn how Stratasys 3D printing technologies made it possible.
TryTec, a small medical device manufacturing company based in Japan, designed its first endoscopic device, Opyls, with Stratasys DLP technology. Read more
Read how Stratasys P3 technology and materials helped H&T Presspart to achieve injection-molding precision and quality for pharmaceutical components.
