Experience lifelike, 3D‑printed dental models at LMT Lab Day 2026. Join a live surgical demo with Dr. Maria Grazia Di Gregorio and explore advanced training techniques in implantology, soft tissue management, and oral surgery. Free registration; limited seating.
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.
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.
Discover how Galilee Medical Center uses point-of-care 3D printing with Stratasys Digital Anatomy™ to improve craniomaxillofacial surgical planning and outcomes.
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.
Explore how Stratasys materials and technologies meet key qualification standards for functional 3D‑printed parts, including IP ingress protection, IK impact ratings, UV stability requirements, and military‑grade environmental tests across SAF™, FDM®, P3™ DLP, and PolyJet™.
Join Stratasys at the Department of War Maintenance Symposium (DMLE) 2026, January 21–23 at Phoenix Convention Center, Booth 535. Discover additive manufacturing solutions that enhance defense supply chain resilience, enable on-demand maintenance, and improve operational readiness.
Discover what’s new in PolyJet technology—from ToughONE™ materials to Pantone colors, clear parts, and post-processing tools. See how upgrading to J3, J5, or J8 can boost performance and ROI.
Discover how EndoCure used Stratasys Digital Anatomy™ 3D printing to validate its robotic ultrasound platform, improving early-stage lesion detection and accelerating clinical readiness.
See how 3D-printed anatomical models improve surgical planning, cut OR time and cost, and strengthen team communication—backed by recent hospital studies.
