Advanced materials engineered for extreme applications

The most economical choice for cosmetic mock-ups, fit and envelope models and fast concept validation. Excellent visual quality when the part does not have to withstand loads or heat.

An alternative to PETG with higher impact strength and better chemical resistance. For functional prototypes that have to take knocks without deforming or clouding.

Shore 95A elastomer that behaves like vulcanized rubber: it returns to shape after repeated deformation, resists abrasion and dampens vibration. For gaskets, shock absorbers and grips.

Like ABS, but stable outdoors: it does not yellow or turn brittle under UV, rain or temperature swings. Suited to components installed outside.

ABSpro Flame Retardant is a PC-ABS filament that complies with the UL 94 V-0 standard. It produces tough, self-extinguishing 3D printed parts with excellent layer adhesion and high dimensional accuracy. Flammability rating: UL 94 V-0

High-performance polyamide with strong mechanical properties, resistant to wear, fatigue and contact with oils and fuels. Replaces injection-molded nylon in gears, structural supports and parts under cyclic loading.

Structural polycarbonate with high toughness and thermal stability. The 3D printing equivalent of the PC used for covers, shields and parts that must absorb impacts without breaking.

A lightweight substitute for metal parts in aggressive environments: it resists oils, solvents and high temperatures while holding tolerances. Cuts weight and cost compared with aluminum arms and supports.

Chemical resistance comparable to stainless steel in many aggressive fluids, with a continuous service temperature of up to 220 °C. It absorbs very little moisture, so it stays dimensionally stable even in humid environments.

The standard high-performance polymer in aerospace, medical and oil & gas. Up to 2x the strength of aluminum at half the weight, continuous operation above 250 °C, and resistance to steam, autoclaves and aggressive chemical environments.

High-performance polymer with superior dimensional stability and excellent fire behavior. An alternative to PEEK for FST-certified aerospace parts, with lower shrinkage and better post-print machinability.

Self-extinguishing, FST-certified high-performance polymer for aerospace interiors and applications where fire is a risk. It retains its mechanical properties up to 200 °C and withstands repeated sterilization.

Exceptional chemical and hydrolytic resistance: it withstands repeated autoclave sterilization cycles and contact with aggressive detergents without degrading. The standard for medical devices and parts in contact with hot fluids.

Entry-level resin for styling models, client presentations and cosmetic checks of a geometry. Smooth finish and fine detail at the lowest cost in the resin catalog.

High-accuracy resin for mold masters, assembly prototypes and fit validation. An excellent balance of stiffness, detail and affordable price.

Behaves like ABS plastic: it absorbs impacts and moderate bending without breaking. For functional prototypes, snap-fits and enclosures that must survive drop tests.

Behaves like polycarbonate (PC): stiff and tough at the same time. For demanding functional prototypes, structural housings and parts that must carry significant loads without yielding.

Glass-filled resin comparable to injection-molded glass-filled nylon: 10,000 MPa elastic modulus, high thermal and dimensional stability. For tooling, inspection jigs and production fixtures.

Holds its shape up to 238 °C, like an engineering thermoset. Suited to low-volume injection molds, hot-air ducts and thermoforming patterns.

Self-extinguishing resin certified UL 94 V-0 at 3 mm. For internal electronics components, transportation and applications with regulated fire-safety requirements.

Controlled surface resistivity: it dissipates static charges and protects sensitive electronic components. For tooling, enclosures and assembly fixtures in electronics manufacturing.

The 3D printing equivalent of injection-molded nylon, without geometric constraints or mold costs. Strong, isotropic functional parts, ideal for short runs and on-demand spare parts.

Elastomeric powder: flexible, durable parts with total geometric freedom and no supports. For technical footwear, complex gaskets and products that come into contact with skin.

PLA reinforced with co-extruded continuous carbon fiber: far stiffer than standard PLA, with a technical black finish. For supports, tooling and lightweight structural parts on a contained budget.

ASA reinforced with continuous carbon fiber: high mechanical strength and UV stability. For brackets and structural parts exposed outdoors, as an alternative to aluminum profiles.

Nylon reinforced with continuous carbon fiber: mechanical performance close to aluminum at half the weight. Replaces CNC-machined brackets, supports and arms when light weight and damping are needed.

The benchmark nylon for Multi Jet Fusion: dense, near-isotropic, watertight parts with fine detail. For housings, complex assemblies and short runs of end-use components.

The performance of PA12 MJF in white: the ideal base for parts that will be painted or dyed in light, bright colors.

PA12 filled with 40% glass beads: stiffer and more dimensionally stable, for enclosures, tooling and parts that need rigidity and low shrinkage.

Polyamide from a renewable source, more ductile and impact-resistant than PA12: snap-fits, living hinges, automotive interiors, prosthetics and sporting goods.

Excellent chemical resistance, weldability and very low moisture absorption: for tanks, ducts, fluid-contact components and prototypes of injection-molded PP parts.

Thermoplastic elastomer (hardness about 88 Shore A): flexible parts that absorb shocks and vibration, gaskets, bellows and soft-touch surfaces.