Advanced

PC PBT filament with glass fibers for parts resistant to mechanical stress, high temperatures and chemicals.

Filament with tungsten carbide and nickel nanoparticles. 100% hardmetal after sintering.

Dielectric filaments for radiofrequency applications, various levels of permittivity.

PET filament with 17% of carbon fibers for strong and heat resistant parts.

PVDF filament with excellent mechanical, chemical and thermal properties.

Basic plastic with advanced mechanical properties, durability and impact resistance.

PETG filament with carbon nanotubes for tough parts for protection against ESD events.

An innovative filament with boron carbide, can absorb neutrons and acts as an anti-radiation shield.

High temperature nylon filament with carbon fibre for the most demanding applications.

Recycled PETG filament with carbon fiber for mechanically strong parts with great surface finish.

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

PA6 filament with 20% of carbon fiber. Ideal for strong, stiff and heat resistant parts.

Heat and chemical resistant PPE-PS with halogen-free flame retardance properties.

PA6 filament with 25% of glass fiber for parts with excellent thermal and mechanical properties.

Technical filament for 3D printing of lightweight and chemically resistant parts.

PA12 filament with 10% of carbon fiber for stable and strong parts for humid environments.

Insublend filament that allows the creation of insulating parts.

Carbon fiber reinforced (15%) PA612 filament for demanding applications in automotive or aerospace.

Silicon carbide loaded filament ideal for abrasive and refractory applications.

Filament with polyamide 6 y glass fiber, high tension modules and high temperature resistance.

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

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

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

Chemically resistant and rigid high temperature nylon filament reinforced with carbon fiber.

Advanced ESD-safe ABS filament with excellent printability, repeatability and reliability.

ESD-safe PC filament made using cutting-edge multi-wall carbon nanotube technology.

Filament with polycarbonate base and 30% fiberglass, with UL94 flame extinction certificate.

Strong and flexible filament ideal for orthopaedic or orthodontic applications.

Filament for biomedical applications that stands out for its strength and flexibility.

Filament with a polypropylene base and 30% fiberglass, with very high voltage module.

Carbon fibre reinforced polypropylene filament ideal for industrial applications.

ABS filament that reduces dust accumulation and protects against electrostatic discharge.

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

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.

Rigid and easy to print glass fiber reinforced PETG ideal for outdoor applications.

Filament with a polypropylene base and 30% fiberglass, with very high voltage module.

Filament with polyamide 6 y glass fiber, high tension modules and high temperature resistance.

Advanced material with low values of coefficient of friction and wear (self-lubricating).

35% more mechanical resistance than any standard ABS and formulated to avoid blockages in the extruders.

20% more mechanical resistance than any standard ABS and high flammability temperature.

All the advantages and ease of printing of PETG with the high mechanical strength of carbon fiber.

All the advantages of PETG combined with the high resistance to impact and friction of aramid fiber.

Material of electrostatic electricity used for protection from electrostatic discharge.

PET-based filament with a surface resistivity that provides excellent antistatic properties.

PC filament with CF, easy to print. Strong, light and resistant. Wide range of applications.