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Prusament Woodfill

Ref.: PRUSA-WOOD-LINDEN-175-1KG

32.98 €

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Prusament Woodfill by Prusa Research represents an innovation in the world of FDM 3D printing, combining the ease of use of PLA filaments with the aesthetics, feel, and scent of real wood. This high-quality material is composed of natural wood particles from sustainable sources, resulting in printed parts with a warm, organic visual finish. It's ideal for decorative applications, interior design, modeling, and creative projects requiring a natural and handcrafted look. It is available in two distinctive colors: Linden Light, a light tone inspired by linden wood, and Chocolate Brown, a dark and elegant variant that adds visual depth to printed parts.

Video 1: A user reviews the Prusa3D wood filament, Prusament Woodfill.

Thanks to its advanced formulation, Prusament Woodfill filament offers excellent printability, even with standard 0.4 mm nozzles. Unlike other wood-filled materials that require larger diameters or complex adjustments, this filament works without the need for pre-drying or special settings, maintaining a simple, stable, and reliable printing experience on FDM 3D printers. Its guaranteed manufacturing precision of ±0.04 mm ensures uniform extrusion and consistent layer results.

This filament not only looks like wood, it also smells and sounds like it. Its characteristic scent of freshly carved wood provides a distinctive sensory experience during the printing process, especially appreciated in educational settings, creative workshops, or design spaces. Additionally, since it can be dyed or treated with wood products, Prusament Woodfill allows for versatile post-processing that enhances the aesthetic and functional possibilities of each part.

Photo 1: Prints made with Prusament Woodfill wood filaments. Source: Prusa3D

With a recommended printing temperature of 195 °C and excellent adhesion to beds at 60 °C, this material is perfectly compatible with satin sheets. Its stable behavior during printing prevents warping, shrinking, or layer issues, even in models with fine details or complex geometries. The filament’s medium hardness and controlled brittleness make it suitable for decorative components, sculptures, vases, frames, lamps, or visual prototypes with a finish similar to natural wood.

Moreover, its reduced environmental impact reinforces its commitment to sustainability. The wood particles used in its formula come from recycled waste from the furniture and wood product manufacturing process, transforming industrial waste into high-value visual and functional objects through 3D printing. This circular economy approach meets the growing demand for eco-friendly materials without compromising technical performance.

Photo 2: Prints made with Prusament Woodfill wood filaments. Source: Prusa3D

Advantages and disadvantages of the sustainable Prusament Woodfill filament

The Prusament Woodfill filament combines natural aesthetics with ease of use, but it also presents some important technical considerations. Below are its main pros and cons to help decide based on your 3D printing project.

Pros	Cons
Easy to print	Brittle
Very pleasant subtle color	Low resistance to high temperatures
Pleasant wood scent	Strong adhesion to PEI (requires separation layer)
Can be dyed like wood
Lightweight with sustainable natural particles

Photo 3: Prints made with Prusament Woodfill wood filaments. Source: Prusa3D

Technical specifications of Prusament Woodfill

These are the key technical characteristics of Prusament Woodfill, a filament with wood particles ideal for decorative prints, visual prototypes, and objects with a natural finish. All information is aimed at helping evaluate its performance and compatibility with various print settings.

Property	Value
Print difficulty	Easy
Heat resistance	62 °C
Hardness	Medium
Warp susceptibility	None
Scent	Pleasant, wood-like
Post-processing	Easy, can be dyed
Solubility	Difficult, only in harsh chemicals
Elasticity	None
Print speed	Fast
Abrasiveness	None

Conclusion

Prusament Woodfill stands out as an optimal choice for those seeking a filament with organic aesthetics, excellent printing properties, and a unique experience. The combination of industrial precision, natural inspiration, and compatibility with standard nozzles makes this filament an ideal solution for designers, architects, artists, and makers who value both detail and ecological commitment.

Photo 4: Prints made with Prusament Woodfill wood filaments. Source: Prusa3D

General information
Material	PLA
Format	1 Kg
Density	(ISO 1183) 1.16 g/cm³
Filament diameter	1.75 mm
Filament tolerance	0.04 mm

Printing properties
Printing temperature	195 ºC
Print bed temperature	60 ºC
Cooling fan	100%
Recommended printing speed	Up to 200 mm/s

Mechanical properties
Charpy impact strength	(ISO 179-1) 17 ± 2 KJ/m²
Elongation at break	(ISO 527-1) 4.3 %
Tensile strength	(ISO 527-1) 21 MPa
Tensile modulus	(ISO 527-1) 9000 MPa
Flexural strength	(ISO 178) 30 MPa
Flexural modulus	(ISO 178) 14000 MPa

Thermal properties
Softening temperature	(ISO 75 0.45 MPa) 62.6 ºC

Other
HS Code	3916.9

The filament Prusament Woodfill delivers a visual and tactile finish similar to real wood, ideal for decorative projects and aesthetic prototypes. To achieve successful prints with this material, it's essential to apply a series of best practices during preparation and post-processing.

Print surface preparation is key to ensuring proper adhesion. It is recommended to use a satin sheet, which offers the best balance between grip and ease of removal. If using a smooth sheet, it is essential to apply a separation layer, such as glue stick, to prevent excessive adhesion. Textured sheets are not advised, as adhesion may be insufficient. Keeping the bed clean is also crucial: isopropyl alcohol is the best option for cleaning the surface, applied with a fragrance-free paper towel. For best results, clean when the bed is cold or slightly warm, but avoid touching the hot bed.

Regarding the optimal print settings, it is recommended to use a nozzle temperature of 195 °C ±10 °C and a bed set at 60 °C ±10 °C. A large-diameter nozzle is not required; a standard 0.4 mm works perfectly with Woodfill, making it more accessible for home 3D printers.

During post-processing, wet sanding is the best technique to smooth and refine the surfaces without melting the material due to friction. Dry sanding may cause localized melting, compromising the finish. Additionally, thanks to its high content of sustainably sourced wood particles, this filament allows dyeing and staining with wood dyes, expanding creative possibilities. Applying a patina or vintage-style finish is an excellent way to highlight its natural texture and achieve an almost indistinguishable look from real wood.

By applying these tips, Prusament Woodfill becomes a filament of great value for projects requiring a natural aesthetic, excellent surface quality, and ease of printing with sustainable materials.