Menu
Your Cart

WOOD filament Spectrum Filaments 1,75 mm / 1,0 kg

Wood plastic for 3D printer

Wood plastic Spectrum Filaments is based on pure PLA with adding a natural wood powder. This 3D plastic is designed specifically for 3D printing of 100% organic and biodegradable wood-like models. In addition to the visual aspects that mimic the appearance of wood, products made of this material have a structure resembling the structure of particleboard.

The material has a unique quality: it not only looks like wood, but also feels like real wood, thanks to the content of natural wood in the composition. You can varnish ready-made printed models and perform machining. Another distinctive feature is the specific smell of wood, which is released in the process of additive production using this material.

Because the product contains natural wood, each batch may be slightly different in color, as in nature. 3D printing from a natural tree.

Material characteristics

  • Made of biodegradable raw materials.
  • Allows you to print with a 0.4 mm nozzle.
  • Contains natural wood.
  • Perfect side surface of prints.
  • Very good thermal insulation properties.
  • Printed models look like they are made of wood.
  • Can be sanded and varnished.
  • Characteristic smell and appearance of chipboard.

Wood Spectrum application 

  • Products that provide both good thermal insulation and very high moisture resistance.
  • Educational projects.
  • Interior design.
  • Advertising materials.
  • Decorative art.

Wood plastic for 3D printing Wood Spectrum Filaments

Packaging

A 1.0 kg filament is wound on a transparent spool, which contains information about the type of material, diameter, color and recommended printing temperature. Each coil is packed in a vacuum with a dehumidifier. All in the original Spectrum Filaments foil cardboard.

Coil dimensions

  • Outer diameter - 200 mm.
  • Width - 67 mm.
  • Inner diameter - 52 mm.
  • Weight of empty coil - ± 250 g.

Verify quality of 3D plastic thread 

Spectrum Filaments is the only company in Poland and one of the few in the world that has a tool for testing purchased filaments. VERIFY YOUR SPOOL is the most accurate quality control system on the market, ensuring that Spectrum Filaments products meet his stringent requirements.

Filament for 3D printers is produced by free extrusion, which is one of the most difficult extrusion processing technologies, due to the particularly significant influence of process parameters on product dimensions and material homogenization. During the manufacturing process, each 1mm of Spectrum Filaments is continuously measured in 2 axes with an accuracy of ±0.8 µm, resulting in a quality end product. To prove this, Spectrum Filaments, as one of the few manufacturers in the world, has introduced the possibility of an online presentation, individually for each coil produced:

  • diameter travel along the entire length of the coil;
  • average diameter;
  • ovality;
  • standard deviation.
Buy in Poland Wood plastic for 3D printing


FDM materials
Ø of plastic (mm) 1,75
Print temperature (°C) Up to 270
Material PLA
Diameter Tolerance (mm) +/- 0,05
Density (g/cm3) 1,19
Colours Ebony Black, Natural, Oak
Printing options
Print temperature (°C) 190 - 220
Bed temperature (°C) 0 - 45
Heated bed Necessary
Closed chamber Not required
Active cooling fan (%) Up to 100
Flowrate (%) 100 - 105
Print speed (mm/s) 20 - 50
Retraction - direct (mm) 1 - 3
Retraction - bowden (mm) 4 - 6
Retraction speed (mm/s) 25 - 45
Weight Netto (kg) 1,0
Weight Brutto (kg) 1,4
Manufacturer country Poland

Write a review

Please login or register to review
Cookies
Ladies and Gentlemen, from May 25, 2018, Regulation (EU) 2016/679 of the European Parliament and of the Council of April 27, 2016 in short GDPR applies. In accordance with the Regulation, we need your consent to process personal data stored in cookies. More details in the Privacy Policy and the Cookies Policy. I consent to the storage of the so-called cookies on the device I use and for the processing of my personal data remaining when using the websites and other parameters stored in cookies. If you do not agree, please leave this page.