Top Searched 3D Printing Products in February, 2016 – 3dprintnerd.com

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

In-house production All colorFabb 3d printing filaments are produced in our own production facility, situated in the Netherlands. Since no external parties are involved in the making of colorFabb filament we can ensure consistent quality on every order. Excellent diameter tolerance An important machine in our production are the laser measurement systems used to check the diameter of our filament real time during production. It’s measured over 1000 times per second and helps us guarantee that each spool of colorFabb 3d printing filament produced within tolerance. We can guarantee 0,05mm +/- on both 2,85mm and 1,75mm colorFabb 3d printing filament, which means you can rest assured that your printer is extruding the exact amount of material. Packaging Within minutes of production a spool of colorFabb 3d printing filament is sealed airtight with a double barrier foil. To go the extra mile, we’ll also seal the fancy cardboard box that we use to ship our product. You can make sure colorFabb 3d printing filament is fresh and ready for 3d printing when you’re done unboxing.

  • Use your Imagination to print with our Violet Transparent Filament
  • It boasts excellent properties such as high strength, toughness, low odor, good temperature resistance, styrene free formulation, FDA food contact compliance, and BPA free formulation.
  • The colorFabb transparent colors in the PLA/PHA range are pure PLA without the added PHA

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

ColorFabb’s XT series is a PETG filament that boasts excellent properties such as high strength, toughness, low odor, good temperature resistance, styrene free formulation, FDA food contact compliance, and BPA free formulation.

  • ColorFabb’s XT series is a PETG filament
  • It boasts excellent properties such as high strength, toughness, low odor, good temperature resistance, styrene free formulation, FDA food contact compliance, and BPA free formulation.

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

PLA/PHA is a hybrid material of PLA fused with PHA. This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion. Plus, by merging these two together, PLA/PHA is also biodegradable.

  • PLA/PHA is a hybrid material of PLA fused with PHA
  • This combination of materials significantly increases the toughness of the filament while also ensuring stellar layer adhesion
  • Plus, by merging these two together, PLA/PHA is also biodegradable

1) 1000g cartridge of 1.75-mm +/- 0.10mm
2) Print temperature range of 210¡æ to 250¡æ(419 to 482 degrees F)
3) The PLA is a strong, surface-treatable thermoplastic
4) Compatible with MakerBot,Reprap, Afinia and UP! printers, as well as other 3D printers
5) For use with the Cutequeen daVinci 1.0 3D printer (sold separately)
6) Cutequeen manufactures 3D printers. Founded in 2012, this international company has its US headquarters in Delaware CA.

  • 1000g cartridge of 1.75-mm +/- 0.10mm
  • Print temperature range of 210¡æ to 250¡æ(419 to 482 degrees F)
  • The ABS is a strong, surface-treatable thermoplastic
  • Compatible with MakerBot,Reprap, Afinia and UP! printers, as well as other 3D printers
  • For use with the Cutequeen daVinci 1.0 3D printer (sold separately)

1) 1000g cartridge of 1.75-mm +/- 0.10mm
2) Print temperature range of 210¡æ to 250¡æ(419 to 482 degrees F)
3) The PLA is a strong, surface-treatable thermoplastic
4) Compatible with MakerBot,Reprap, Afinia and UP! printers, as well as other 3D printers
5) For use with the Cutequeen daVinci 1.0 3D printer (sold separately)
6) Cutequeen manufactures 3D printers. Founded in 2012, this international company has its US headquarters in Delaware CA.

  • 1000g cartridge of 1.75-mm +/- 0.10mm
  • Print temperature range of 210¡æ to 250¡æ(419 to 482 degrees F)
  • The ABS is a strong, surface-treatable thermoplastic
  • Compatible with MakerBot,Reprap, Afinia and UP! printers, as well as other 3D printers
  • For use with the Cutequeen daVinci 1.0 3D printer (sold separately)

1) 1000g cartridge of 1.75-mm +/- 0.10mm
2) Print temperature range of 210¡æ to 250¡æ(419 to 482 degrees F)
3) The PLA is a strong, surface-treatable thermoplastic
4) Compatible with MakerBot,Reprap, Afinia and UP! printers, as well as other 3D printers
5) For use with the Cutequeen daVinci 1.0 3D printer (sold separately)
6) Cutequeen manufactures 3D printers. Founded in 2012, this international company has its US headquarters in Delaware CA.

  • 1000g cartridge of 1.75-mm +/- 0.10mm
  • Print temperature range of 210¡æ to 250¡æ(419 to 482 degrees F)
  • The ABS is a strong, surface-treatable thermoplastic
  • Compatible with MakerBot,Reprap, Afinia and UP! printers, as well as other 3D printers
  • For use with the Cutequeen daVinci 1.0 3D printer (sold separately)