Very high impact strength for form, fit, and functional tests, as well as production parts.
VeroUltra™ Clear simulates acrylic, achieving 95% light transmission of that material, and is useful for prototypes of glass, clear polymers, or transparent packaging.
Flexible, rubber-like 3D printing materials with total shore level control that enables multi color 3D printing.
Elastico™ is a superior rubber-like PolyJet™ photopolymer family ideal for advanced design verification and rapid prototyping.
Digital ABS Plus creates realistic, precise parts and tools that are tough and heat resistant.
Superior opacity, color uniformity, contrast and sharpness.
VeroClear is a rigid transparent 3D printing material that simulates PMMA or acrylic & is ideal for prototyping clear products as an alternative to glass.
The VeroVivid family adds over 500,000 striking colors and unlimited tints to all parts and prototypes.
A durable, rubber-like photopolymer capable of withstanding repeated flexing and bending.
Explore the versatility of PolyJet 3D Printing materials. From customized flexibility to unique translucency, redefine material design for your projects
Discover Somos® Resolute Grey™, a durable SLA material for functional prototypes, snap-fit designs, jigs, and fixtures with injection-molded surface quality and excellent dimensional stability.
VICTREX AM™ 200 is an LMPAEK™‑based PAEK material designed for additive manufacturing that delivers PEEK‑class performance with significantly easier and more reliable 3D printing.
The biocompatible MED Digital ABS Plus improves the mechanical performance of biocompatible parts for medical prototyping & functional performance testing.
Discover the properties and benefits of HIPS (high-impact polystyrene) FDM filament and download the datasheet.
Rigid Ivory, sterilizable, biocompatible material medically approved for bodily contact.
EN 45545-2 HL2 compliant with high strength, stiffness, and production-ready part quality for rail, transportation, and industrial applications.
Addigy PPU 90AX6, a thermoplastic polyurethane powder designed for powder bed fusion 3D printing technologies such as selective laser sintering (SLS).
SAF™ PA12 – Powered by Evonik® delivers accurate parts, balanced performance, and the lowest cost per part in the SAF™ portfolio. Built for scalable powder bed fusion, it ensures reliable, repeatable production without compromising quality.
3D print accurate, multi-color prototypes to test fit, form and function.
With mechanical properties that mimic many engineering plastics, parts created from Somos® 9120 exhibit superior fatigue properties, strong memory retention and a good balance of properties between rigidity and functionality.
The Durus 3D printing material is the original simulated polypropylene material and exhibits great impact resilience and an elongation at break of 44%.
The Tango 3D printing material simulates soft-touch coatings, nonslip surfaces, rubber surrounds or overmolding for realistic prototyping.
The High Temperature 3D printing material is strong and stiff, ideal for static parts or thermal testing parts that require high heat resistance. Read more.
ABS-M30i is a biocompatible thermoplastic 3D printing material perfectly suited for medical, pharmaceutical and food-packaging engineers and designers.
ULTEM™ 1010 is an ultra‑strong, heat‑resistant PEI with extremely low thermal expansion for demanding FDM applications.
The FDM Nylon 6 3D printing material offers the best combination of strength and toughness of any FDM material along with good impact strength.
FDM Nylon-CF10 is filled 10% by weight with chopped carbon, which produces a composite material 67% stronger and 190% stiffer than the nylon base material.
PC offers durability, stability and heat resistance for higher-capability applications like functional prototyping.
Gel-like support material that fully encapsulates each part to uphold even the most complex geometries. Easily removable with water.
Prints white or realistic, full-color models with an optional white core for excellent visualization and communication.
