Filament PM printing string filament 175 PLA+ WOODJet natural 05 kg

Filament PM printing string filament 175 PLA+ WOODJet — natural look and flexibility

For users looking for a material with an attractive wood look and excellent properties for 3D printing, this WOODJet filament is the ideal choice. The composition of PLA+ and sugar beet pulp ensures a lower printing temperature of 195 °C, which makes it easier to print overhangs and bridges. Thanks to higher layer adhesion and impact strength, the resulting prints are more flexible and resistant to stress. The natural wood look and easy post-processing make this material a great choice for decorative and functional models.

Optimized printing and versatility

WOODJet filament is designed for printing with nozzles with a diameter of 0.6 mm and larger, which allows for high-quality and precise material processing. The recommended printing temperature 210 °C and the heating of the bed at 60 °C ensure stable and reliable printing. The lower printing temperature also makes the material suitable for printing large models where you need to eliminate overheating or insufficient cooling issues, such as in warmer environments.

Advantages and limitations

This filament offers several key advantages, including three-point bending strength, which increases the structural integrity of models. It is also suitable for printing without perfect cooling, which makes it more robust in more demanding conditions. On the other hand, its fragility and low temperature resistance must be taken into account, which may limit its use in some applications.

Specifications and recommendations

• Printing temperature: 210 °C
• Bed heating: 60 °C
• Recommended nozzle diameter: 0.6 mm and larger
• Optimal printing temperature: 195 °C to overcome overhangs and bridging
• The material is a mixture of PLA+ and sugar beet pulp for a wood look and easy post-processing.

This filament is an ideal choice for creative projects, decorations and models where you want to combine the aesthetics of wood with the flexibility and durability of modern filaments.