General-purpose FEA treats printed parts as solid blocks. Learn why toolpath-based FDM simulation software is key to qualifying 3D printed production parts.
Explore the latest Stratasys FDM 3D printing updates for H2 2026, including new materials, larger-format capabilities, composite printing and smarter workflows.
Discover how GM standardized on the Stratasys F900 across 20+ facilities to share tooling designs, print spare parts locally and scale additive manufacturing.
Discover how GM uses Stratasys FDM 3D printing for production tooling, fixtures, jigs and ergonomic tools across its automotive assembly plants.
Learn how 3D printed fixed-wing drones are designed and manufactured for defense and commercial operations, including materials, DfAM principles, and scalable production strategies.
Learn how 3D printed VTOL drones enable scalable defense production though part consolidation, qualified thermoplastics, certified repeatable additive manufacturing workflows, and ITAR-compliant facilities.
Explore 10 years of industrial SLA 3D printing with Stratasys Neo, from Paragon's 97.6% uptime to new Somos materials.
Discover five additive manufacturing opportunities medical device teams often miss, from tooling costs to supply risk.
Learn how additive manufacturing transforms automotive production, from rapid prototyping to end use parts, tooling, and on demand customization.
See how students tackled aerospace design challenges at the 2026 SkillsUSA Additive Manufacturing Competition using professional-grade Stratasys 3D printers.
