3Doodler PL06-SNOW 3D-printmateriaal polymelkzuur (PLA) wit 2 g

3Doodler PL06-SNOW is a pack of white PLA plastics designed for use with compatible 3Doodler pens. The set contains 25 pieces of 3 mm diameter strands, each 254 mm long, made from polylactic acid (PLA) suitable for artistic creations and prototyping. The material is eco-friendly, glossy and BPA‑free, providing stable feeding and consistent results when used with supported 3Doodler models.

Advantages

The PLA filaments are eco‑friendly and provide a glossy finish suitable for detailed work and decorative items. Strands are relatively stiff with uniform end caps for reliable feeding in 3Doodler Create and PRO pens. The pack offers a predictable remelt length of about 2.5 m per strand, enabling accurate planning of small projects and practice sessions.

Suitable for

• Freehand drawing and sculpting with 3Doodler Create and PRO pens
• Small prototypes and model detailing
• Decorative elements, art projects and repairs

Key specifications

• Material: Polylactic acid (PLA)
• Color: Snow White
• Pieces per pack: 25
• Strand diameter: 3 mm
• Strand length: 254 mm
• Remelt length per strand: approx. 2.5 m
• Single piece weight: 2 g (approx.)
• Package dimensions: 280 x 76 x 3 mm
• Package weight: 60 g
• MPN: PL06-SNOW
• EAN: 854401005283

How to use

Use these PLA strands with compatible 3Doodler pens by inserting the filament into the pen feed according to your model's instructions. For 3Doodler Create set the temperature to LO and check the LED (green) indicator; for 3Doodler PRO select a temperature around 180–190 °C and a speed setting between 3–6. Allow the pen to reach the recommended temperature before extruding. Work on a suitable surface and cut strands to length if required.

Recommendations

Compatible models: 3Doodler PRO, 3Doodler Create Plus, 3Doodler Create, 3Doodler 2.0 and 3Doodler 1.0. Not compatible with 3Doodler Start and 3Doodler 3D Build & Play. Store filaments in a dry place away from direct sunlight to preserve feeding quality and surface finish.