Materials

[SLA] RESIN ABS 3.0 HARD TOUGH

Benefits of Resin ABS Hard Tough are:

• It is strong and resistant to impact and mechanical stress.

• It offers high accuracy and detail for complex prints.

• It delivers smooth 3D prints with a high-quality finish.

You choose this material when you need strong and detailed parts with a professional appearance and reliable performance.

[LETTUCE] RESIN HIGH TEMP (300°C)

Advantages of Resin High Temp are:

• Resistant to very high temperatures up to 300 °C.

• Ideal for functional parts in thermally demanding applications.

• High dimensional stability and accuracy.

You choose this material when you need heat-resistant parts for demanding industrial or engineering applications.

[LETTUCE] RESIN RUBBER-LIKE

Advantages of Resin Rubber-Like are:

• Very high flexibility and ductility.

• Suitable for parts that must be deformable such as gaskets, mufflers or grip parts.

• Soft to the touch with a rubbery texture.

You choose this material when you need flexible, elastic parts that can withstand repeated bending.

[LETTUCE] RESIN PMMA-LIKE

Advantages of Resin PMMA-Like are:

• High transparency, similar to acrylic glass (PMMA).

• Smooth finish and glassy appearance.

• Suitable for aesthetic applications or light guidance.

You choose this material when you need bright, rigid components with a high-quality visual appearance.

[FDM] PLA PLUS

Advantages of PLA Plus are:

• One of the most cost-effective materials for 3D printing.

• Easy to print with neat surface quality.

• Environmentally friendly alternative based on bioplastic.

You choose this material when you want affordable, rigid prints with good mechanical properties and a neat finish.

[FDM] ABS

Advantages of ABS are:

• Strong, impact-resistant and heat-resistant material.

• Suitable for functional applications and technical parts.

• Can be easily machined or smoothed with acetone after printing.

You choose this material when you need robust, durable parts that can withstand higher temperatures.

[FDM] PETG

Advantages of PETG are:

• Good balance of strength, flexibility and chemical resistance.

• Less brittle than PLA and easier to print than ABS.

• Slightly glossy finish with strong film adhesion.

You choose this material when you need functional parts that need to be sturdy and somewhat flexible.

[FDM] PETG CARBON

Advantages of PETG Carbon are:

• Reinforced with carbon fibers for extra rigidity and strength.

• Less distortion and shrinkage than standard PETG.

• Matte finish and professional appearance.

You choose this material when you need rigid, strong parts with high dimensional stability and technical appearance.

[FDM] TPU

Advantages of TPU are:

• Flexible, stretchy and abrasion-resistant material.

• Resistant to oil, grease and abrasion.

• Suitable for damping or flex parts such as seals, grip parts or protective covers.

You choose this material when you need elastic and durable parts that can withstand heavy use.

[FDM] PA12 NYLON

Advantages of PA12 Nylon are:

• Very strong, abrasion and impact resistant.

• Good chemical resistance and low coefficient of friction.

• Ideal for engineering applications and moving parts.

You choose this material when you need durable, functional parts that can withstand mechanical and chemical stresses.

[SLM] STAINLESS STEEL (RVS)316L

Advantages of Stainless Steel are:

• Very strong, abrasion and corrosion resistant.

• Suitable for functional and mechanical parts.

• Excellent for applications in medical, food and industrial sectors.

You choose this material when you need metal parts with high strength, durability and resistance to rust and chemicals.

[FDM] PC

Advantages of PC are:

• Extremely strong, rigid and heat-resistant (up to approx. 110-130 °C).

• High impact resistance and transparency possible.

• Suitable for technical applications under heavy loads.

You choose this material when you need parts that can withstand high temperatures, impact and structural loads.

[FDM] PA-CF (NYLON + CARBON)

Advantages of PA-CF are:

• Very high stiffness and strength due to the addition of carbon fibers.

• Resistant to high mechanical stress and wear.

• Ideal for engineering parts with dimensional stability and structural performance.

You choose this material when you need lightweight but extremely strong parts for demanding industrial applications.

[SLS] PA12 NYLON

Advantages of PA12 Nylon are:

• Strong, wear-resistant and resistant to impact and fatigue.

• Excellent dimensional stability and detail reproduction without support material.

• Slightly porous, sandy surface texture typical of SLS printing technology.

You choose this material when you need durable and ready-to-use parts with industrial quality.

[MJF] PA12 NYLON

Advantages of PA12 Nylon are:

• Very strong, hard-wearing and resistant to impact and mechanical stress.

• Tighter details and finer surface than SLS, with a slightly grainy finish.

• Excellent dimensional stability and suitable for functional end parts.

You choose this material when you need strong, precise and aesthetically pleasing parts for professional or industrial use.

[FDM] GREENTEC PRO

Benefits of GreenTEC Pro are:

• Environmentally friendly biopolymer, 100% industrially biodegradable.

• High strength, heat resistant to approx. 160 °C and odorless during printing.

• Ideal for durable applications without compromise on performance.

You choose this material when you want to print strong, high-quality parts with minimal ecological impact.

[FDM] ALLPHA

Benefits of ALLPHA are:

• 100% biobased and fully biodegradable under all conditions.

• Free of fossil resources and microplastics.

• Good print quality with a natural matte appearance.

You choose this material when you want maximum durability without environmental compromises, from production to degradation.

[FDM] PETG-ESD

Advantages of PETG-ESD are:

• Prevents electrostatic discharge (ESD), ideal for electronic applications.

• Good chemical resistance and mechanical strength.

• Combines excellent printability with durable, reliable performance.

You choose this material when you need functional parts that are statically safe, such as for enclosures of electronics or circuit boards.