// Materials

50+ materials. Selected for performance.

From cost-effective prototyping plastics to fibre-reinforced composites and engineering resins. Each material below lists the printing technology, key properties and typical applications.

FDM — Standard polymers

PLA

FDM · Easy to print, rigid, low warp. Best for concept models, visual prototypes and fixtures.

PETG

FDM · Tough, chemical and humidity resistant. Great general-purpose engineering plastic.

ABS

FDM · Impact-resistant, paintable, acetone-smoothable. Functional housings and enclosures.

ASA

FDM · UV and weather resistant alternative to ABS. Outdoor parts and automotive trim.

PC (Polycarbonate)

FDM · High strength and heat deflection up to ~110 °C. Structural and load-bearing parts.

TPU 95A

FDM · Flexible elastomer with excellent abrasion resistance. Gaskets, grips, dampers.

FDM — Engineering & composites

PA12 (Nylon)

FDM · Tough, fatigue-resistant, low friction. Living hinges, gears, snap fits.

PA-CF (Carbon-fibre Nylon)

FDM · Stiff, lightweight, dimensionally stable. Jigs, fixtures, drone frames.

PA-GF (Glass-fibre Nylon)

FDM · Improved rigidity and heat resistance over neat PA12.

PETG-CF

FDM · Carbon-reinforced PETG, high stiffness with easy printability.

PET-GF (Glass-fibre PET)

FDM · Glass-reinforced PET, stiff and dimensionally stable with good chemical resistance.

PP (Polypropylene)

FDM · Chemical resistant, fatigue-resistant, food-contact grades available.

SLA — Resins

Standard Resin

SLA · Smooth, high-detail surface finish. Visual prototypes and presentation models.

Tough / ABS-like Resin

SLA · Balanced strength and impact, similar feel to injection-moulded ABS.

Durable / PP-like Resin

SLA · Low friction, ductile, good for snap-fits and assemblies.

High-Temp Resin

SLA · HDT > 200 °C. Hot-air ducts, mould inserts, thermal testing.

Flexible / Elastic Resin

SLA · Soft, rubber-like resin for grips, seals and wearables.

Castable Resin

SLA · Clean burn-out for jewellery and dental investment casting.

Clear Resin

SLA · Optically transparent (with polishing). Light pipes, fluidics, lenses.

Technical Specifications

Technology

FDM

Min. wall thickness: 0.8 – 1.0 mm
Tolerance (guideline): ±0.3 mm @ 200 mm
Layer height: 0.1 – 0.3 mm
Max build volume: 360 × 360 × 360 mm

Technology

SLA

Min. wall thickness: 0.4 – 0.6 mm
Tolerance (guideline): ±0.06 mm on features
Layer height: 25 – 100 µm
Max build volume: 200 × 125 × 210 mm