PLA
The most affordable and fastest 3D printing material, ideal for visual models and initial prototypes without functional requirements.
PETG
The most affordable functional plastic with good water, UV, and chemical resistance for durable everyday parts.
SLA Standard Resin
Highest detail fidelity and smooth surfaces in series – ideal for display models, prototypes, and precise functional parts.
SLS PA12
The industry standard for functional parts – durable, chemically resistant, and ideal for small series and end products.
MJF PA12
The most productive industrial plastic with isotropic strength – perfect for functional series parts, snap fits, and durable assemblies.
AlSi10Mg Aluminium
Lightweight, high-strength aluminium for demanding functional parts – ideal for lightweight construction, heat exchangers, and structural components in industry and motorsport.
SLA Transparent Resin
Crystal-clear resin for transparent models, light guides, and optical prototypes with the highest clarity and detail fidelity.
SLA Tough Resin Green
ABS-like resin with high impact strength and toughness – ideal for functional prototypes, snap fits, and durable parts.
DLP Ultra Detail Resin RC31
Ultra-precise DLP resin with 0.025mm resolution for jewellery, miniatures, and dental technology – the highest detail reproduction on the market.
ASA
The weatherproof outdoor plastic with UV and weather resistance – ideal for outdoor use, automotive parts, and durable functional components.
ABS-GF
Glass-fiber reinforced ABS with high stiffness, dimensional stability and low warping – the matte surface conceals the layer lines.
FDM PA12-CF
Carbon-fibre reinforced PA12 with extreme stiffness and lightness – the most powerful FDM plastic for highly loaded structural parts and fixtures.
FDM PA6-GF
Glass-fibre reinforced PA6 with high stiffness and temperature resistance – ideal for stable fixtures, machine parts, and thermally stressed assemblies.
FDM PA6-CF
Carbon-fibre reinforced PA6 – the stiffest and strongest FDM material with outstanding temperature resistance for high-performance applications.
SLS TPU 88A
Flexible laser sintering material (Shore 88A) for highly loaded elastic parts – ideal for seals, spring elements, protective covers, and sporting goods.
SLS PA12-GF
Glass-fibre reinforced PA12 for highest stiffness and temperature resistance in SLS – ideal for loaded industrial parts and tools.
SUS316L Stainless Steel
Highly corrosion-resistant stainless steel for medical, chemical, and maritime applications – fully dense with excellent mechanical properties.
Titanium Ti64
Highest strength-to-weight ratio of all printable metals – for aerospace, medical technology, and high-performance structural parts.
Inconel 718
High-temperature superalloy for the most extreme loads – indispensable in gas turbines, rocket engines, and environments above 700°C.
FDM PPS-CF10
High-temperature, high-performance plastic with 10% carbon fibre – chemically nearly inert, flame-retardant, and usable up to 200°C for the most demanding industrial applications.
PC-FR
Flame-retardant polycarbonate plastic with UL94 V-0 certification – for safety-critical applications in electronics, transport, and building services.
FDM PEEK
The ultimate high-performance polymer – resistant to virtually all chemicals, usable up to 260°C, and with metal-like strength for the most extreme industrial applications.
FDM ABS-ESD7
ESD-safe plastic for electronics manufacturing – protects sensitive components from electrostatic discharge during handling, transport, and storage.
PolyJet Multicolour
500,000 colours in a single print – the only process for photorealistic colour prototypes with Pantone accuracy, colour gradients, and multi-material combination.
Agilus
The most flexible PolyJet material with rubber-like feel – ideal for soft-touch prototypes, seal testing, and ergonomic studies.
Cu Copper
Pure copper (Cu 99.9%) for outstanding thermal and electrical conductivity – ideal for heat exchangers, inductors, and high-performance electrical components.
Aluminium 6061
The standard alloy for milled parts: light, easy to machine, weldable and very well suited to anodising. For most parts the most economical choice.
Aluminium 7075
High-strength aerospace alloy. Almost twice as strong as 6061, but less corrosion-resistant and not suitable for welding.
Baustahl S235
Unalloyed structural steel (1.0038): inexpensive, readily weldable and tough. The material for structural parts where sturdiness matters more than maximum strength.
Vergütungsstahl 42CrMo4
Chromium-molybdenum quenched and tempered steel (1.7225) with high strength and toughness. The classic choice for shafts, axles and anything that transmits torque.
Edelstahl 1.4301
The most widely used stainless steel (X5CrNi18-10, AISI 304): corrosion-resistant, easy to form and food-safe.
Edelstahl 1.4404
Molybdenum-alloyed stainless steel (X2CrNiMo17-12-2, AISI 316L): resistant to chlorides and many chemicals, the material for seawater, medical and process engineering.
Messing CuZn39Pb3
Free-cutting brass (CW614N) with the best machinability of all. Electrically conductive, easy to solder and dimensionally stable — ideal for turned parts and small components.
POM-C (Delrin)
Engineering plastic with high dimensional stability and low friction. It machines cleanly, absorbs almost no moisture and holds its dimensions.
PA6 (Polyamid)
Tough, abrasion-resistant engineering plastic. It absorbs moisture and becomes tougher as a result, but swells slightly — allow for this with tight tolerances.
PMMA (Acrylglas)
Crystal-clear plastic with high light transmission and good weather resistance. Milled edges can be polished on request.
PC (Polycarbonat)
Impact-resistant transparent plastic. Considerably more robust than acrylic and usable up to 120 °C, but more sensitive to solvents and scratches.