Name: Wood PLA Filament (RFID) - 1kg
Brand: Snapmaker
SKU: 34056
Price: 24.99 USD
Availability: InStock

Wood PLA Filament (RFID) - 1kg

Snapmaker Wood PLA

Realistic Wood-Like Appearance

Formulated with real wood fibers, Snapmaker Wood PLA delivers a wood-like look—bringing genuine woodworking aesthetics to your final creations.

Tree trunk trash can printed with Snapmaker Wood PLA, combining realistic bark texture with practical desktop storage.

Classic photo frame printed with Snapmaker Wood PLA, adding a warm wood-look finish to a favorite pet portrait.

Refined Matte Aesthetics

Wood PLA features a premium matte finish that reduces synthetic shine and softens visible layer lines—yielding a textured surface with a more natural wood feel.

Low-poly bull model printed with Snapmaker Wood PLA in a rich walnut tone for a bold decorative display.

Post-Processing Ready

Packed with genuine wood powder, Snapmaker Wood PLA prints behave just like real wood. Easily sand, paint, or stain your creations with the same creative freedom you'd have with traditional woodwork.

Snapmaker Wood PLA panel being sanded to smooth the surface and prepare it for a cleaner customized finish.

Snapmaker Wood PLA supports painting, helping makers turn printed parts into more realistic finished décor.

Finished Snapmaker Wood PLA riser supporting a plant pot after sanding and painting for everyday decorative use.

Classic Wood Tones

Available in a curated range of classic tones like Oak, Maple, and Walnut, Snapmaker brings genuine timber hues to your prints.

RFID Recognition^[1]

When used with the Snapmaker U1, the printer automatically loads preset filament information so you don’t need to adjust settings manually, making printing easier than ever.

Sustainability, Without Compromise

Both filament and spool are crafted from 100% recyclable materials, balancing eco-friendly values with superior print reliability.

Printing Tips

Drying & Storage

• Drying: Due to the added wood powder, Wood PLA is sensitive to moisture. For best results, we highly recommend drying the filament before printing. Recommended settings: 55°C for 8 hours.
• Storage: Wood PLA is prone to photodegradation and oxidation under UV light, which can cause yellowing. When not in use, store the filament in a cool, dry place away from direct sunlight.

Printing

• Hotend Selection: Do not use hotends with a diameter of 0.2 mm or smaller.
• Resolving Clogs: If frequent clogging occurs, try lowering the nozzle temperature slightly to reduce the risk of wood powder charring inside the nozzle.
• Resolving Discoloration / Whitening: Noticeable color inconsistency or localized whitening on the printed model indicates that the filament has absorbed significant moisture. It needs to be dried before further use.

Specifications

Recommended Printing Conditions

* Based on 0.4 mm nozzle. Printing conditions may vary with different nozzle diameters.

Nozzle Temperature

195–260°C

Bed Temperature

50–65°C

Cooling Fan

Printing Speed

50–250 mm/s

Drying Settings Before Printing

55°C for 8 h

Physical Properties

Density

1.17 g/cm³

Melt Index

3.8 ± 1.5 g/10 min (190°C, 2.16 kg)

Melting Temperature

164°C (10°C/min)

Transition Temperature

60°C (10°C/min)

Vicat Softening Temperature

54°C (5 kg, 50°C/h)

Mechanical Properties

Tensile Strength (X-Y)

33 ± 6 MPa

Tensile Strength (Z)

12.7 ± 4 MPa

Breaking Elongation Rate (X-Y)

10 ± 5%

Breaking Elongation Rate (Z)

6 ± 2%

Bending Modulus (X-Y)

3040 ± 200 MPa

Bending Modulus (Z)

1550 ± 150 MPa

Bending Strength (X-Y)

55 ± 5 MPa

Bending Strength (Z)

24.6 ± 5 MPa

Impact Strength (X-Y)

6 ± 3 kJ/m²

Impact Strength (Z)

2.8 ± 1 kJ/m²

Recommended Printing Conditions

*Based on a 0.4mm nozzle. Printing conditions may vary with different nozzle diameters.

Nozzle Temperature

195–260°C

Bed Temperature

50–65°C

Cooling Fan

Printing Speed

50–250 mm/s

Drying Settings Before Printing

55°C for 8h

Physical Properties

Density

1.17 g/cm³

Melt Index

3.8 ± 1.5 g/10 min (190°C, 2.16 kg)

Melting Temperature

164°C (10°C/min)

Glass Transition Temperature

60°C (10°C/min)

Vicat Softening Temperature

54°C (5 kg, 50°C/h)

Mechanical Properties

Tensile Strength (X-Y)

33 ± 6 MPa

Tensile Strength (Z)

12.7 ± 4 MPa

Breaking Elongation Rate (X-Y)

10 ± 5%

Breaking Elongation Rate (Z)

6 ± 2%

Bending Modulus (X-Y)

3040 ± 200 MPa

Bending Modulus (Z)

1550 ± 150 MPa

Bending Strength (X-Y)

55 ± 5 MPa

Bending Strength (Z)

24.6 ± 5 MPa

Impact Strength (X-Y)

6 ± 3 kJ/m²

Impact Strength (Z)

2.8 ± 1 kJ/m²

Downloads

Icon representing a PDF document with text lines above.

In the Box

Sealed Spool Filament × 1

Desiccant × 1

Paper Packaging Box × 1

Sealed Spool Filament × 1

Desiccant × 1

Paper Packaging Box × 1

Note:
[1] RFID function is only available for the Snapmaker U1.

Frequently Asked Questions

1. Compability

• Snapmaker U1: Optimized profiles built into Snapmaker Orca.
• Other printers: Supports most FDM 3D printers; manual tuning may be required.

2. What is Wood PLA?

Wood PLA is a composite filament made by blending PLA with natural wood fibers. It delivers a realistic wood-like appearance, a premium matte finish, and a natural texture, making it ideal for home décor, artistic creations, display models, and other woodworking-inspired projects.

3. How is Wood PLA different from regular PLA?

Compared with standard PLA, Wood PLA offers:
• A realistic wood-like appearance and natural texture
• A premium matte finish that helps reduce visible layer lines
• Excellent post-processing capabilities, including sanding, painting, and staining

4. What is Wood PLA best suited for?

Wood PLA is ideal for printing:
• Home décor
• Picture frames
• Decorative ornaments
• Architectural models
• Arts and crafts
• Cosplay props
• Storage trays
• Chess sets and other display pieces

5. What applications are not recommended for Wood PLA?

Wood PLA is designed for aesthetic appeal rather than mechanical performance. It is not recommended for:
• Load-bearing parts
• Functional mechanical components
• Snap-fit or flexible designs
• High-precision mechanical assemblies
• Long-term outdoor use or prolonged UV exposure
• High-temperature environments (it begins to soften at around 60°C)

6. What print settings are recommended?

The following settings are recommended when using a 0.4 mm nozzle:
• Nozzle Temperature: 195–260°C
• Bed Temperature: 50–65°C
• Print Speed: 50–250 mm/s
• Cooling Fan: On
Actual settings may vary depending on your printer, model geometry, and printing environment.

7. Is a Top Cover required for Wood PLA?

No. A Top Cover is not required when printing with Wood PLA.

8. Is a Hardened Steel Hot End required for Wood PLA?

No. A Hardened Steel Hot End is not required for printing with Wood PLA.
However, a 0.2 mm nozzle is not recommended. Because Wood PLA contains natural wood fibers, using a 0.2 mm nozzle or smaller significantly increases the risk of clogging.
For the best printing performance, we recommend using:
• 0.4 mm (recommended)
• 0.6 mm
• 0.8 mm

9. Is Wood PLA more prone to nozzle clogging?

Compared with standard PLA, Wood PLA is more prone to nozzle clogging due to its natural wood fibers.
If clogging occurs frequently:
• Dry the filament before printing.
• Lower the nozzle temperature slightly.
• Use a 0.4 mm or larger nozzle.

10. Does Wood PLA support high-speed printing?

Yes. Its optimized formulation improves extrusion stability while reducing common issues such as clogging and excessive stringing. Under optimized printing conditions, Wood PLA supports print speeds of up to 250 mm/s.

11. Does Wood PLA support RFID recognition?

Yes. When used with the Snapmaker U1, the printer automatically recognizes the filament and loads the recommended print settings.
Note: RFID recognition is currently supported only on the Snapmaker U1.

12. Should I dry Wood PLA before printing?

Yes. Because Wood PLA contains natural wood fibers, it is more sensitive to moisture than standard PLA.
Recommended drying settings: 55°C for 8 hours.

13. How can I tell if my filament has absorbed moisture?

Common signs of moisture absorption include:
• Localized whitening on printed parts
• Uneven coloration
• Increased stringing
• Popping or crackling sounds during extrusion
• Rough or inconsistent surface finish
If you notice any of these symptoms, dry the filament before printing again.

14. How should I store Wood PLA?

For optimal print quality and long-term performance:
• Store the filament in a sealed bag or airtight container.
• Keep the desiccant with the filament.
• Store it in a cool, dry place.
• Avoid direct sunlight and prolonged UV exposure.
Extended exposure to UV light may cause the filament to yellow over time.

15. Is Wood PLA heat-resistant?

Wood PLA offers heat resistance similar to that of standard PLA. It may begin to soften at around 55°C, so it is not recommended for high-temperature environments or prolonged outdoor use.

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Snapmaker Wood PLA

Realistic Wood-Like Appearance

Refined Matte Aesthetics

Post-Processing Ready

Classic Wood Tones

RFID Recognition[1]

Sustainability, Without Compromise

Printing Tips

Specifications

Downloads

In the Box

1. Compability

2. What is Wood PLA?

3. How is Wood PLA different from regular PLA?

4. What is Wood PLA best suited for?

5. What applications are not recommended for Wood PLA?

6. What print settings are recommended?

7. Is a Top Cover required for Wood PLA?

8. Is a Hardened Steel Hot End required for Wood PLA?

9. Is Wood PLA more prone to nozzle clogging?

10. Does Wood PLA support high-speed printing?

11. Does Wood PLA support RFID recognition?

12. Should I dry Wood PLA before printing?

13. How can I tell if my filament has absorbed moisture?

14. How should I store Wood PLA?

15. Is Wood PLA heat-resistant?

Wood PLA Filament (RFID) - 1kg

RFID Recognition^[1]