Rigid and strong industrial PET with 15 % of carbon fibers, thermally and chemically resistant.

Impact and heat resistant PCTG available in many attractive colors.

PCTG with glass fiber for strong and stiff parts with weather and chemical resistance.

Easy-to-print ASA for UV, heat and moisture resistant parts.

ASA with a sparkly surface finish. Ideal for UV-resistant parts for outdoor use.

Composite based on ASA and aramid fibers, ideal for impact- and UV-resistant parts.

ASA with 10 % of carbon fibers for parts resistant to humidity and UV radiation.

Biosourced and biodegradable PLA with 45 % of pine wood fibers.

A 100 % PLA filament that mimicks the density and appearance of real wood.

PLA with 20% of wood powder for post-processable parts with a wooden feel.

Easy to print PLA filament in many vibrant colors. Developed specially for beginners.

Easy to print quality PLA available in dozens of colors (including translucent).

Mechanically and thermally resistant ABS filament in masterspool format.

ABS for hard, heat- and abrasion-resistant parts with impact resistance.

ABS filament with resistance to abrasion and chemicals. Ideal for industrial applications.

High quality biodegradable PLA in pastel colors and with matte finish.

Easy-to-print PLA filament with a glitter finish due glitter content.

Carbon fiber reinforced polipropylene filament ideal for lightweight and rigid parts.

Next generation PP filament with great chemical resistance, lightweight and durability.

PP with glass fibers, resistant to UV radiation, chemicals, humidity and corrosion.

Engineering blend made with 90 % of recycled PE/PP, reinforced with recycled carbon fiber.

POM filament with great mechanical strength and friction resistance, ideal for functional parts.

PETG with excellent mechanical properties and carbon nanotubes for ESD safety.

Biodegradable PLA-based composite for bone regeneration applications and cell studies.

Polyimide filament for printing flame retardant parts with great mechanical and thermal resistance.

PLA filament with 15 % of TiO₂ nanoparticles. Suitable for catalytic/photocatalytic applications.

PLA filament with 25 % graphite particles. Ideal for reinforced parts with conductive properties.

Biodegradable PLA-based composite for bone regeneration applications and cell studies.

ESD-safe PETG with ceramic particles. Does not mark and is not abrasive for the nozzle.

Dielectric filaments for radiofrequency applications, various levels of permittivity.

Advanced filament that meets the standards required for the manufacture of aerospace components.

Easy to print filament with alumina nanoparticles. 100 % alumina part after sintering.

Easy to print filament with zirconia nanoparticles. 100 % zirconia part after sintering.

Easy to print filament with recycled carbon fibers for mechanically strong parts.

Composite PLA with silica particles for the 3D printing of colored glass glazes.

Modified acrylic filament (PMMA) with exceptional clarity and strength.

Porcelain filament ideal for additive manufacturing in art, design and craftsmanship.

Fully sinterable filament for 100 % basalt parts with a moon dust surface finish.

Filament with 84.2 % M300 tool steel, ideal for ductile parts with superior strength and toughness.

Filament with 86.8 % H13 tool steel, ideal for strong and wear resistant parts.

Flexible rubber-like TPC filament with excellent interlayer adhesion in the z-direction.

High quality TPE safe for flexible and skin-safe applications in surgery and orthopedics.

TPU with 95A Shore hardness and high flow properties, ideal for high speed printing.

UV-resistant TPU with a 90A Shore hardness and over 600 % elongation at break.

Flexible TPU with a 95A Shore hardness, ideal for the 3D printing of wearables, fabrics and footwear.

TPU for parts with reduced weight and density, and elongation at break of up to 740 %.

Filament for flexible parts with resistance to impact, heat, chemicals and abrasion.

TPU filament for durable flexible parts with resistance to abrasion and chemicals.