See how J.W. Speaker combined the Stratasys F3300 and PostProcess BASE to reduce fixture turnaround time, manual labor and annual production costs.
Discover how Nokia developed an ESD-safe 3D printed tool using Loctite IND3380 ESD to reduce thermal stress and enable sustainable PCB repair and refurbishment.
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.
Discover how Subaru’s Accessories Product Development team used the Stratasys F770™ with the new T25 print head to reduce tool iteration time by 50%, accelerate production, and minimize waste through just-in-time 3D printing
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.
Stratasys partners with CALLUM, led by Jaguar’s former design director Ian Callum, to reimagine rare vehicles like the C-X75. See how 3D printing enables bespoke design, cost-efficiency, and faster turnaround for exclusive automotive projects.
JW Speaker uses Stratasys F3300 and Nylon 12CF to produce strong, large-scale 3D printed fixtures, saving up to 89% in time and thousands in cost.
Omega Tool Corp leverages Stratasys F3300 and ULTEM™ 9085 to build modular, heat-resistant paint fixtures. Learn how 3D printing improved efficiency and reduced tooling weight.
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.
USC engineering students use 3D printing to accelerate Formula SAE car development, saving time and enhancing design. Learn how AM drives success.
