As a global leader in additive manufacturing for over 30 years, Stratasys has led from the front – partnering with businesses and supporting the Department of Defense with additive manufacturing solutions across the ecosystem.
Join Stratasys’ quarterly, government‑only webinar series designed to strengthen cross‑agency collaboration in additive manufacturing. Explore mission‑driven use cases, technical deep dives, and real‑world applications from DoD, NASA, DOE, DHS, and other federal agencies.
See how Shape Corp accelerates tooling and reduces downtime using FDM 3D printing. Learn how additive manufacturing enables cost savings, custom shop aids, and faster production cycles.
Download the UAV 3D Printing Guide to learn how additive manufacturing improves drone design, reduces weight, and accelerates aerospace production with materials like ULTEM™ and Antero®.
Join Stratasys at DSEI 2025 in London. Meet with our defense 3D printing experts to explore solutions for ruggedized parts, digital inventory, and agile supply chains. Secure your consultation today.
Discover how Toyota leverages all five Stratasys 3D printing technologies to streamline automotive design, reduce tooling costs, and scale production all in one additive ecosystem.
3D printed paint masks using ULTEM™ 9085 resin and the Stratasys F3300 withstand high-heat paint lines, enable reuse, and improve production speed and accuracy.
Discover how Vermeer Corporation and Pratt Institute strategically balance cost and performance across 3D printing technologies. Learn how leaders in industry and education scale additive manufacturing through smart investments, real-world applications, and evolving infrastructure.
Explore how ESD and flame-retardant 3D printing materials are used across aerospace, automotive, and electronics. Learn what to use, when to use it, and why it matters.
Learn how Omega Tool uses the Stratasys F3300 to improve tooling, reduce lead times, and streamline production. See real-world 3D printing applications in automotive and manufacturing.
