Promotions

ABS (akrylonitrilbutadienstyren)
- more suitable for advanced makers
- for both small and large prints
- strong and tough material with a high surface hardness
- impact and heat resistance (up to 90 °C)
- acetone-soluble (easy post-processing)
- typical smell
- thermal contracting (closed chamber recommended)

Filament produced in the Czech Republic. 

ABS (akrylonitrilbutadienstyren)
- more suitable for advanced makers
- for both small and large prints
- strong and tough material with a high surface hardness
- impact and heat resistance (up to 90 °C)
- acetone-soluble (easy post-processing)
- typical smell
- thermal contracting (closed chamber recommended)

Filament produced in the Czech Republic. 

ABS (akrylonitrilbutadienstyren)
- more suitable for advanced makers
- for both small and large prints
- strong and tough material with a high surface hardness
- impact and heat resistance (up to 90 °C)
- acetone-soluble (easy post-processing)
- typical smell
- thermal contracting (closed chamber recommended)

Filament produced in the Czech Republic. 

ABS (akrylonitrilbutadienstyren)
- more suitable for advanced makers
- for both small and large prints
- strong and tough material with a high surface hardness
- impact and heat resistance (up to 90 °C)
- acetone-soluble (easy post-processing)
- typical smell
- thermal contracting (closed chamber recommended)

Filament produced in the Czech Republic. 

Filament ABS+ - thermoplastic product in the form of fibre, used for 3D printing using the FFF method. Filament wound on a spool, vacuum packed with a moisture absorber. The spool contains 2 kg of net material. It can be used in all FFF printers that are not protected from external suppliers and open source structures before use. ABS+ is easily machined such as grinding, drilling or smoothing, the material is soluble in acetone.

Filament ABS+ - thermoplastic product in the form of fibre, used for 3D printing using the FFF method. Filament wound on a spool, vacuum packed with a moisture absorber. The spool contains 2 kg of net material. It can be used in all FFF printers that are not protected from external suppliers and open source structures before use. ABS+ is easily machined such as grinding, drilling or smoothing, the material is soluble in acetone.

ABS-T is a modification of normal ABS for smaller thermal expansivity.

Filament produced in the Czech Republic.

Differences between ABS-T and standard ABS:

• even more resistant (up to 98 °C),
• harder and stronger material than classic ABS,
• the colours are shiny because the input material is transparent,
• more difficult to print and adhesion to the heatbed (closed chamber recommended even more),
• more suitable for printing smaller objects.

ABS-T is a modification of normal ABS for smaller thermal expansivity.

Filament produced in the Czech Republic.

Differences between ABS-T and standard ABS:

• even more resistant (up to 98 °C),
• harder and stronger material than classic ABS,
• the colours are shiny because the input material is transparent,
• more difficult to print and adhesion to the heatbed (closed chamber recommended even more),
• more suitable for printing smaller objects.

ABS-T is a modification of normal ABS for smaller thermal expansivity.

Filament produced in the Czech Republic.

Differences between ABS-T and standard ABS:

• even more resistant (up to 98 °C),
• harder and stronger material than classic ABS,
• the colours are shiny because the input material is transparent,
• more difficult to print and adhesion to the heatbed (closed chamber recommended even more),
• more suitable for printing smaller objects.

ABS-T is a modification of normal ABS for smaller thermal expansivity.

Filament produced in the Czech Republic.

Differences between ABS-T and standard ABS:

• even more resistant (up to 98 °C),
• harder and stronger material than classic ABS,
• the colours are shiny because the input material is transparent,
• more difficult to print and adhesion to the heatbed (closed chamber recommended even more),
• more suitable for printing smaller objects.

ABS-T is a modification of normal ABS for smaller thermal expansivity.

Filament produced in the Czech Republic.

Differences between ABS-T and standard ABS:

• even more resistant (up to 98 °C),
• harder and stronger material than classic ABS,
• the colours are shiny because the input material is transparent,
• more difficult to print and adhesion to the heatbed (closed chamber recommended even more),
• more suitable for printing smaller objects.

PRINTING SETUP
Nozzle: 230 - 250 °C
Heatbed: 100 - 110 °C

Cork-filled PLA-based filament is a lightweight material, filled with 30% cork fibres. The relatively lightweight cork fibres filling allows for 3D printing of realistic objects with great cork-like aesthetics and properties such as lightweight and impact resistance. Cork filament is a very easy to print material based on PLA compound and the 30% filling with cork fibres makes it absolutely warp-free. Additionally, it has excellent cork properties, like high flexibility and mechanical strength, low thermal conductivity.