Filament offering an appearance and a density similar to stainless steel.

Technical polyamide 6 filament with high mechanical properties developed for professional use.

ABS filament featuring high strength and lower processing shrinkage.

PLA based filament, able to reduce its weight and increase its volume up to 3 times.0

Filament with metallic powder that allows to obtain 316L stainless steel parts.

Filament with metallic powder that allows to obtain H13 steel parts.

PLA filament with silicon carbide filler to create all-ceramic parts.

Matte PLA filament with cellulose particles that achieve almost invisible layers.

With 85 % metal, all-metal parts with the properties of 17-4 stainless steel are achieved.

Flexible filament made from TPE and recycled tyre by-products.

ABS based filament with mineral fillers that give a sandy appearance.

ABS based filament with mineral fillers that give the appearance of aged marble.

Self-extinguishing and flame retardant technical filament made of polyamide 6.

High quality recycled PLA filament with less environmental impact

Filament made of polyamide 12 with high rigidity, ideal for replacing metal parts.

Innovative filament PETT by Taulman, stands out for its high transparency and resistance.

Easy-to-print filament, balanced mechanical properties, and smooth and glossy finish.

Flexible TPU 92A filament with additives to produce parts with a foamy texture and reduced weight.

ASA based filament, able to reduce its weight and vary its volume up to 2.5 times.

Architectural filament made from mineral powder filled ABS.

Very high quality heat-treatable PLA filament with striking colour transitions.

ABS filament with synthetic aramid fibre that stands out for its strength and flexibility.

Heat treatable PLA filament with marble effect finish.

Consisting of high quality PLA and a copper nanoparticle additive, with advanced antibacterial properties.

High quality, water soluble PVA filament with high compatibility of materials.

TPU filament with 95 Shore A hardness, tested for optimal 3D printing with Raise 3D printers.

PLA filament filled with wood fibres with a surface finish similar to natural wood.

PLA-based filament capable of purifying the air by reducing environmentally harmful particles.

Biodegradable and compostable PLA-based filament with olive pit filler.

Filament with ceramic powder that allows to obtain white zirconia parts after debinding and sintering processing.

Filament with ceramic powder that allows to obtain alumina parts after debinding and sintering processing.

This is a flexible filament with properties durable rubber.

PLA-based filament with 73% PYREX borosilicate glass to create 100% glass parts.

Endocrine disruptor-free ABS EF filament with outstanding heat resistance.

Carbon fibre TPU filament with enhanced properties and suitable for ESD applications.

Technical filament composed of polypropylene with a co-continuous and microporous morphology.

Specially developed carrier material for use in combination with PPprint 721 filament.

Filatecniko® granite is a flexible TPU-based filament with excellent properties and stone effect finish.

Advanced PEKK with high properties, developed for electrostatic discharge protection.

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

High modulus carbon fibre filled PA6 filament for the manufacture of light and rigid parts.

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

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

Flexible filament composed of a biodegradable polymer and oyster powder filler.

Nylon materials with high strength carbon fiber and easy 3D printing.

Easy to print PLA filament free of endocrine disruptors.

Filament with two of the most coveted properties in 3D printing: flexibility and conductivity.

Nylon filament with carbon fibre to make strong parts for high performance environments.