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Materials

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FDM

By extruding a thin filament through a, heated, computer controlled, nozzle; FDM technology is capable of producing detailed items.

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PLA

Our most commonly used thermoplastics.

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PA12 Nylon

Provides exceptional strength and toughness, ideal for harsh environments.

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ASA

Similar properties to ABS but with better UV resistance. Suitable for outdoor use.

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PETG

Exceptional mechanical properties and an ideal choice for larger items due to low shrinkage.

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PLA Wood-fill

PLA-based material mixed with wood fibers giving a look, feel and smell like real wood.

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PLA Metal-fill

PLA-based material composed of approximately 20-40% metal by weight. For aesthetic purposes.

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PP

Due to being slightly flexible, it allows for tough use without breaking.

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ABS ESD-safe

ABS plastic that has received an electrically conductive additive.

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ABS

Our go-to material used for everything from prototypes of mechanical assemblies.

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PC

One of our strongest materials offered, perfect combination of mechanical properties and temperature stability.

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PA12 Glassfiber

Glass-fiber reinforced nylon. Added glass-fiber makes for extra stiff parts.

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PA12 Carbonfiber

Carbon-fiber reinforced nylon. Added carbon-fiber makes this one of our stiffest materials.

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316L Stainless Steel

ilament containing 80% metal particles bonded by a polymer base. Must be sintered after printing.

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HIPS

Plastic suitable for use in mechanical assemblies as a load-bearing component.

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ABS Flame-retardant

ABS base with flame retardant additives. Certified UL-94 V0.

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PC Carbonfiber

Carbon-fiber reinforced PP. Added carbon-fiber makes this extra stiff.

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Biodegradable PHA

Fully compostable, as well as being approved by the FDA for food contacts. Safe to use in a dishwasher.

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TPU-A95

Flexible material that can bend and deform without breaking.

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SLS

By selectively melting a fine bed of powder using a high-power laser, SLS technology is capable of producing items without using any support materials.

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PA12 Nylon

One of the most common grades of Nylon; PA12 has exceptional strength and toughness.

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SLA

By selectively curing a liquid by a small laser spot, SLA technology is capable of producing incredibly fine details.

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ABS-like Resin

Strong and durable material perfect for all components requiring excellent finish.

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Castable Resin

Designed to allow for all forms of casting. Makes high detail one-time use moulds.

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High-detail Resin

Engineered to capture the smallest details. Great for parts with texts and extreme features.

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Visual Resin

or "Standard Resin". Perfect for visual prototypes and decorative objects. Usually too brittle for functional parts.

Technologies and Materials

We operate the three most common technologies — FDM, SLA and SLS. With a portfolio of more than 30 different materials in 30+ different colours, we guarantee that we have something suitable for your project!

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SLS

Building parts from a nylon powder allows contruction of geometries not possible to make with any other method. That, in combination with the properties of nylon makes for an exceptionally versatile process.

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FDM

Cheap and quick technology for prototypes and mass manufacturing. We offer a wide range of materials including engineering nylons, ESD safe ABS, flame-retardant filaments and PVDF plastics.

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SLA

Our most detailed process. Capable of producing smooth surfaces and details as small as just a few hundreds of a millimetre. SLA is the perfect technology for visual prototypes and end-use parts.