39 technical polymers.
For every application.

Acrylonitrile-Butadiene-Styrene

Engineering thermoplastic with good mechanical and impact strength. Ideal for structural parts, functional prototypes and covers.

Acrylonitrile-Styrene-Acrylate

UV and weather resistant. Recommended for components that operate outdoors.

Polycarbonate

High mechanical and thermal strength, excellent optical clarity. For demanding technical components.

Glycol-modified polyester

Good dimensional stability, chemical resistance and clean surface finish. Versatile and reliable.

High-flow PETG

An optimised version of PETG for faster prints, smoother surface and shorter lead times.

Polyamide / Nylon (PA6.66)

Engineering nylon with high mechanical strength against wear and friction. For gears, bushings and moving parts.

Polyamide 12

Less hygroscopic polyamide variant; retains mechanical properties even in humid environments.

High-impact polystyrene

Lightweight, low-cost thermoplastic with good impact resistance. Often used in prototypes and non-structural parts.

Polypropylene

Excellent chemical resistance and low water absorption. For containers, plant parts and components in contact with fluids.

Polyphenylene sulfide

High-performance polymer with superior thermal, chemical and dimensional resistance. For demanding industrial applications.

Polycarbonate + ABS blend

Combines the impact resistance of ABS with the stiffness of PC. Widely used in automotive and industrial applications.

Polycarbonate + PBT blend

Chemical resistance of PBT combined with the toughness of PC. Excellent for technical parts exposed to oils, fuels and solvents.

Carbon-fiber PETG

Higher stiffness than standard PETG. Dimensional stability and matte technical finish.

Carbon-fiber PET

Good chemical and dimensional resistance. Excellent mechanical performance with contained weight.

Carbon-fiber ASA

Reinforced ASA with higher structural stiffness. UV resistant for outdoor applications.

Carbon-fiber polyamide

Reinforced nylon for tough, lightweight mechanical parts with good wear behaviour.

Reinforced polyamide 6

High mechanical and thermal strength. Replaces metal in many technical applications.

Reinforced polyamide 12

A trade-off between fibre stiffness and low PA12 hygroscopy. Stable even in humid environments.

High-temperature polyamide CF

For applications with high service temperatures and continuous loads.

Reinforced polyphthalamide

Excellent mechanical and thermal performance. A metal substitute in demanding technical applications.

Reinforced polyphenylene sulfide

Extreme chemical resistance and high service temperature. For aggressive environments.

Reinforced polypropylene

PP's chemical resistance with the stiffness of carbon fibre. For technical parts in contact with fluids.

PC-PETG blend with CF

Technical PC + PETG mix with carbon fibre. A good balance of strength, finish and stability.

PC-PBT blend with CF

Reinforced automotive blend. Chemical resistance, stiffness and toughness for demanding technical parts.

Glass-fiber ABS

ABS with higher stiffness for structural parts. Good heat and impact resistance.

Glass-fiber polyamide 6

Optimal trade-off between mechanical strength and cost. Ideal for small batches.

High-temperature polyamide GF

High dimensional stability even under harsh conditions, at contained cost.

Glass-fiber polypropylene

Chemical resistance combined with greater stiffness. For components in contact with fluids that require stability.

Glass-fiber polyphenylene sulfide

Top performance in chemically aggressive environments and at high temperatures.

Reinforced PC-ABS blend

Engineering blend with glass fibre. Excellent stiffness for automotive and industrial applications.

Reinforced PC-PBT blend

PBT's chemical resistance with the stability of glass fibre. For long-lasting technical parts.

Aerospace ASA

Lightweight formulation for components intended for flight and ultralight aviation.

Flame-retardant polycarbonate

Self-extinguishing polycarbonate for applications with fire-resistance requirements.

Flame-retardant ABS

ABS with UL94 V-0 rating. A cost-effective option when a flame-retardant material is required.

Anti-static ABS

ABS with 10⁸ Ω surface resistivity. For electronic applications or environments sensitive to electrostatic discharge.

Thermoplastic polyurethane 95A

Semi-rigid rubber-like material. For gaskets, bumpers and elastic parts.

Thermoplastic polyurethane 90A

Softer TPU for greater flexibility. Suitable for parts requiring elastic deformation.

Translucent PETG

Good transparency with smooth surface finish. For covers and visible protective parts.

Transparent polycarbonate

Maximum transparency with high mechanical strength. For technical windows and optics.