3D UV Resin 405nm

A collection page of Siraya Tech

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2026/01/02

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Rigid prints often fail under pressure, snapping exactly when you need them to bend. Siraya Tech is designed to solve this problem as a high-performance 3D UV resin, 405nm, built for impact absorption and flexibility. We developed this fast-rebounding formula to bridge the gap between prototyping and functional end-use parts. It enables you to create rubber-like gaskets, seals, and wearables that withstand real-world stress without failing. Experience True Elasticity with High-Rebound 3D UV Resin 405nm Standard flexible resins often deform permanently when stretched, but Siraya Tech is engineered to snap back instantly. This "fast rebound" capability is critical for functional parts that need to absorb energy and return to their original shape. By using this 3d uv resin 405nm , you ensure your projects maintain their dimensional accuracy even after repetitive use. It transforms how you approach flexible printing at home. ✅ Quick Shape Recovery: Parts bounce back immediately after being squeezed, twisted, or bent. ✅ Impact Absorption: The material dissipates energy effectively to protect delicate electronics or mechanisms. ✅ Long-Lasting Resilience: Maintains elasticity and structural integrity even after hundreds of compression cycles. Achieve Soft-Touch Precision with 55A Shore Hardness Finding a material that feels like genuine rubber is difficult, as many resins are either too hard or too messy to print. Siraya Tech hits the perfect balance with a 55A Shore Hardness, making it significantly softer than our Tenacious Flex line. This softness provides a premium tactile feel that is perfect for ergonomic grips and soft-touch surfaces. The deep black color also helps hide layer lines, giving your parts a sleek, injection-molded appearance. ✅ Optimized Softness: Softer than standard flexible resins for a true rubber-like texture and feel. ✅ Professional Black Finish: Creates a smooth, matte surface that looks finished right off the printer. ✅ Detailed Geometry: Soft e