Materials

Discover our materials

Explore our full range of high-quality materials,

categorized by use case and material performance.

PLA Basic

PLA Matte

PLA Silk+

PLA Translucent

PLA GLOW

PLA-CF

Ideal for clients who want:

A decorative object, prototype, or light-use product.

Use case:
Art, scale models, visual prototypes

Pros

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Great surface finish and detail (especially Silk or Matte).

Most affordable option – lower product price.

Wide range of colors available.

Biodegradable – more eco-friendly.

Up to 8 colours per object.

Cons

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Low heat resistance (~55 °C) – may deform in a hot car.

Not for outdoor or mechanical use – can snap under stress.

Not flexible – brittle in thin parts.

Deformation temperture: ±55°C

Materials

PETG

PETG Translucent

PETG-CF

ASA

Ideal for clients who want:

A stronger, more durable product than PLA, possibly for outdoor or functional use.

Use case:
Garden objects, enclosures, lighting housings

Pros

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Tougher and less brittle than PLA – more durable.

Moisture and UV resistant → great for outdoor use.

Glossy or translucent options – ideal for lighting and design pieces.

Stiffer, better for technical parts.

Up to 8 colours per object.

Cons

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Slightly less detail than PLA in fine features.

Can have visible strings on detailed designs.

Slightly more expensive than PLA.

Deformation temperture: ±55°C

Materials

ABS

ASA

ABS-GF

ASA-CF

Ideal for clients who want:

A robust, functional product that lasts, even in hot or outdoor conditions.

Use case:
Enclosures, clips, grippers

Pros

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Strong and impact-resistant – ideal for housings or clips.

ASA resists sunlight – won't yellow outdoors.

Heat-resistant (up to ~100 °C) – great for car interiors or machinery.

Up to 8 colours per object.

Cons

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Rougher finish than PLA or PETG.

Slightly higher price than PLA, on par with or above PETG.

Higher odor during printing (may be relevant for quick-shipping parts).

Deformation temperture: ±100°C

Materials

TPU 85A

TPU 95A

TPU HF

Ideal for clients who want:

A bendable, soft, or shock-absorbing part.

Use case
Seals, bumpers, shock absorbers

Pros

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Soft and elastic – perfect for grips, bumpers, seals.

Durable and abrasion-resistant, despite flexibility.

Good for wearables and dynamic parts.

Cons

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Softer surface details – less sharp than rigid materials.

Not ideal for sharp corners or thin walls.

Longer print time → higher production cost.

Deformation temperture: ±55°C

Materials

PA6-CF

PA6-GF

PAHT-CF

Ideal for clients who want:

A stronger, more durable product than PLA, possibly for outdoor or functional use.

Use case
Heavy-duty mechanical and machine parts

Pros

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Strong, stiff, and wear-resistant

Performs well in tough environments

(oil, friction, mechanical load)

Good dimensional accuracy

Cons

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Coarse surface finish, not ideal for aesthetics

Can absorb moisture if untreated

Higher production cost than consumer-grade materials

Deformation temperture: ±55°C

Materials

PC (Polycarbonate)

PC-FR (Flame Retardant)

PPA-CF

PPS-CF

Ideal for clients who want:

A technical part that must withstand heat, pressure, or friction.

Use case
Heavy-duty mechanical and machine parts

Pros

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Exceptional temperature resistance (up to 250°C+)

Excellent chemical and flame resistance

(PC-FR, PPS-CF)

Suitable for advanced technical and safety-critical parts

Cons

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Expensive material.

Rougher appearance – not ideal for design objects.

Longer lead time – due to complex printing and post-processing.

Discover our materials

Materials

Ideal for clients who want:

A decorative object, prototype, or light-use product.

Use case: Art, scale models, visual prototypes

Pros

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Cons

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Deformation temperture: ±55°C

Use case:
Art, scale models, visual prototypes

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