Silicone 3D printing can provide a useful alternative: the ability to produce functional, performance-grade silicone parts without molds – and with the freedom to test, tweak, and produce on demand. This blog breaks down how it works, what makes it challenging, and where it’s making the biggest impact across automotive, industrial, and other applications
Learn how IK ratings define impact resistance for electronics and enclosures. This engineering guide covers test methods, real-world equivalents, and how materials like ToughONE™ play a role in protection.
Explore strong, tough 3D printing materials for functional prototyping and production. Compare FDM, PolyJet, SAF, and P3 DLP polymers to find the best fit.
Discover how Stratasys is driving real-world additive manufacturing with full-spectrum polymer solutions, hybrid service models, and scalable use cases across aerospace, healthcare, and defense.
Discover how Stratasys AIS™ expands pre-qualified FDM materials like Antero 800NA and 840CN03 with design allowables—accelerating polymer 3D printing in regulated industries.
Discover how GrabCAD Print Pro 2025 revolutionizes additive manufacturing with fixturemate integration, multi-technology support, and tools that simplify 3D printing workflows.
Discover how 3D printing accelerates drone and UAV production. Learn how additive manufacturing improves flight performance, customization, supply chains, and cost-efficiency.
Learn how resin 3D printing technologies deliver unmatched detail, speed, and part quality. See how SLA, P3, and PolyJet stack up for prototyping, tooling, and production.
Learn how powder bed fusion (PBF) 3D printing works, where it excels, and how Stratasys SAF™ technology delivers consistent, high-volume parts with lower waste and greater efficiency.
Discover Soft Visual Anatomy models - realistic, soft, multi-color anatomical models for medical training, simulation, and education using the Stratasys J850 Digital Anatomy Printer.
