Extrudr BioFusion is a new breed of excellent material, best suited for designers and makers who are looking for an extra shiny appearance.
BioFusion is also stronger than standard PLA or PETG,
so you can also use it for mechanical parts.
The temperature resistance of the material is up to 75°C.
Printing Recommendations:
Nozzle temperature: 220–240°C
Heated bed: Recommended 60-80°C
Print speed: 50–100 mm/s
Build platform: Glass bed, Kaptontape, Blue tape.
Due to its exceptional appearance, Silk filament is currently the best-selling product among 3D filaments for 3D printing.
Made in EU, beautiful clear prints, vibrant colors,
no stringing, no warping, no clogging.
Extrudr BioFusion is a new breed of excellent material, best suited for designers and makers who are looking for an extra shiny appearance.
BioFusion is also stronger than standard PLA or PETG,
so you can also use it for mechanical parts.
The temperature resistance of the material is up to 75°C.
Printing Recommendations:
Nozzle temperature: 220–240°C
Heated bed: Recommended 60-80°C
Print speed: 50–100 mm/s
Build platform: Glass bed, Kaptontape, Blue tape.
Printing Recommendations:
Nozzle temperature: 220–240°C
Heated bed: Recommended 60-80°C
Print speed: 50–100 mm/s
Build platform: Glass bed, Kaptontape, Blue tape.
Printing Recommendations:
Nozzle temperature: 220–240°C
Heated bed: Recommended 60-80°C
Print speed: 50–100 mm/s
Build platform: Glass bed, Kaptontape, Blue tape.
This filament combines a range of different pastel colours and creates brilliant rainbow effects in your 3D prints. Rainbow Candy consists of purple, pink, orange and gold. The colours blend seamlessly together for that perfect candy rainbow.
The colours change every 40-45 metres of filament, creating dynamic and ever-changing colour combinations in your 3D projects. Try this filament for cute decorative pieces, accessories or home gadgets and bring rainbows into your home.
Printing Recommendations:
Nozzle temperature: 220-240°C
Heated bed: Recommended 60-80°C
Print speed: Above 50 mm/s