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.

Filament composed of PLA and brass powder recommended for printing heat sinks and brass finishes.

High performance polyamide 12 with a tensile strength of 45MPa.

Polymaker CoPA 6/6-6 3D printing filament is based on a copolymer of Nylon 6 and Nylon 6,6.

Filament composed of PLA and copper powder recommended for printing heat sinks and copper-like finishes.

Black polycarbonate with a temperature of printing for all types of 3D printers (250-270ºC). 

Material created to make support for pieces of complex shapes, for be removed easily and without leftovers.

Material with characteristics comparable to ABS and the facility to be printed that a conventional PLA.

One of the most elastic and softest filaments on the market, reaching 900% stretch.

Consists of HiPS, carbon fiber and graphene for outstanding shock and vibration damping performance.

Offers two of the most coveted properties of 3D printing: flexibility and conductivity.

Designed to be used as support material with flexible filaments.

Strong and durable material, ideal for making parts that require stress.

Advanced PLA filament that features high-resolution printing and mechanical properties.

Composed by PLA (70%) and Ceramic (30%) presenting a surface finish similar to the ceramic.

HIPS specially designed for improved properties as a supporting material.

Copolyester (PET) that stands out for its flexibility, durability and its glass finish.

PETG ideal for printing small details, aimed at medical applications and clinical (complies ISO 10993).

Semi-flexible and hard high-performance polyamide 12 that withstands temperatures up to 180 °C.

Flame retardant and self-extinguishing material, ideal for covering elements with fire risk.

Cleaning filament for the 3D printer extruder, which removes all residual material.

PA6 with high hardness and heat resistance as it supports up to 210 ° C without softening.

Resistant to friction material that offers a response to wear material.

Filament formed by flexibly PLA and small reflective particles that reflect light intensively.

It allows printing molds for casting, both lost wax and permanent shaping.

New sparkling filament, with a porous structure, formed by the combination TPE and PVA.

New element belonging to the family Porolay, characterized as sparkling and highly porous.

New filament belonging to the family Porolay, composed of a polymer and PVA soluble.

It is less fragile than standard PLA filament and characterized by greater resistance to temperature.

Revolutionary filament that allow to print electrically conductive components.

Cuts composed of carbon fibers provide excellent structural strength.

This filament responds to magnets and behaves similarly to pure iron.

First 100% recycled PETG in the Taulman3D recycled range.

Polycarbonate filament is extremely strong, durable and impact resistant. 

This is a technical material, developed for realization of functional prototypes.

First nylon filament to printing at low temperatures without the need for a hot bed.

It has high impact resistance and durability. It is termed as a high-performance nylon.

Resistant PLA with active foaming technology for low density and light prints.

ABS with good surface quality for general applications. Can be glued, painted and sandblasted.

PC-ABS for applications where low flammability is required. Compliant with flammability norms.

High fluidity ABS with an excellent surface finish allows printing up to 50 % faster.

Filament with TPU base reinforced with graphene nanofibre for applications in the health sector.

Filament with the mechanical properties of PC and ABS, suitable for railway applications.

ABS filament with aramid fibres with excellent mechanical strength.

Filament based on ABS reinforced with graphene nanofibre for healthcare applications.

Filament composed of a blend of nylon and glass fibre optimised for FDM 3D printing.

ABS optimized for 3D printing, with improved adhesion and very low risk of warping.