Collection: PLA Wood

PLA Wood is a unique composite filament containing real wood fibres mixed with PLA polymer, creating prints with authentic timber appearance, texture, and even a subtle wood scent. Unlike standard PLA's plastic appearance, Wood PLA produces parts that look and feel remarkably similar to carved or machined wood, making it perfect for decorative items, artistic projects, and applications requiring natural, organic aesthetics.

The wood fibres create a realistic textured surface that can be sanded smooth or left natural for grain-like patterns. Different print temperatures produce varying colour tones, allowing you to create lighter or darker wood effects within the same spool. This makes PLA Wood ideal for decorative bowls and vases, furniture accents and handles, architectural models with timber elements, artistic sculptures and figurines, picture frames and stands, props requiring wood appearance, and custom jewellery with natural aesthetics. Our PLA Wood filament is manufactured to tight tolerances of ±0.02mm at 1.75mm diameter for consistent flow despite the wood particle content.

PLA Wood can be post-processed like real timber. Sand it smooth with progressively finer grits, apply wood stains or oils for enhanced grain patterns, carve or drill with standard wood tools, or seal with wood finishes for protection. The material even accepts wood glue for assembly, making it uniquely versatile among 3D printing materials. While slightly more challenging to print than standard PLA due to wood particle content, the authentic timber aesthetics make it worthwhile for the right applications.

Choose PLA Wood when you need natural, organic timber aesthetics that standard plastic filaments cannot replicate. It's ideal for decorative items meant to appear hand-carved, furniture accents or custom handles, architectural models featuring wood elements, artistic projects requiring natural materials, props and cosplay pieces needing authentic wood appearance, custom planters or garden decorations, and gifts or household items where plastic would look inappropriate.

Select PLA Wood over standard PLA when the natural wood appearance enhances your project's authenticity and appeal. The material is perfect for projects you plan to stain, sand, or finish like real timber, as it accepts wood treatments that would be incompatible with standard plastics. The subtle wood scent adds to the authentic experience.

The wood fibres are mildly abrasive to nozzles and can cause clogging in small diameter nozzles. Use 0.4mm nozzles minimum (0.5-0.6mm is better) and consider hardened steel nozzles for frequent Wood PLA printing. Print temperatures affect colour tone, with lower temperatures (190-200°C) producing lighter shades and higher temperatures (210-220°C) creating darker, richer brown tones.

Consider alternatives if you need smooth glossy finishes (standard PLA), lustrous shimmer (PLA Silk), non-reflective professional appearance (PLA Matte), or functional strength (PETG or ABS). Wood PLA is decorative focused rather than engineering focused.

PLA Wood's natural timber appearance and post-processing capabilities set it apart from other PLA variants. It's the only variant that accepts wood stains and finishes, creating truly organic aesthetics.

PLA Wood requires slightly lower temperatures (190-220°C vs 200-230°C) and larger nozzles than other variants due to wood particle content. The fibres are mildly abrasive, recommending hardened steel nozzles for frequent use. All other PLA variants use standard brass nozzles without concern. Choose Wood when authentic timber aesthetics matter more than printing convenience.

If PLA Wood isn't the right choice for your application, explore our full PLA range for alternative finishes, or consider PETG for functional parts requiring strength.

PLA Wood prints similarly to standard PLA with adjustments for the wood fibre content. Print at the lower end of PLA temperature ranges and use adequate nozzle diameter to prevent clogging from wood particles.

Temperature settings: Nozzle temperatures typically range from 190-220°C, with most users finding success around 195-205°C. Lower temperatures (190-200°C) produce lighter wood tones, while higher temperatures (205-220°C) create darker, richer browns. Bed temperature should be set between 40-60°C as with standard PLA. Experiment with temperature to achieve desired wood tone variation in your prints.

Nozzle and flow considerations: Use 0.4mm nozzles minimum, with 0.5-0.6mm being ideal for reliable flow without clogging. Standard brass nozzles work for occasional Wood PLA printing, but hardened steel nozzles prevent gradual wear from mildly abrasive wood fibres during frequent use. Reduce retraction distance slightly (1-2mm less than standard PLA) to prevent clogging during retractions. Print speed can match standard PLA (50-80mm/s), though slightly slower speeds improve reliability.

Achieving wood appearance: Use 50-75% part cooling rather than 100% to maintain better layer adhesion with the composite material. Vary nozzle temperature during prints to create natural colour variation mimicking wood grain. Post-process with progressive sanding (220-400 grit) for smooth finish, apply wood stain for enhanced grain, or seal with polyurethane or wood oil for protection and depth. The natural textured surface straight off the printer already looks convincingly wood-like without finishing.

PLA Wood works on any FDM printer that prints standard PLA, with the caveat that 0.4mm or larger nozzles are required to accommodate wood fibre particles. Smaller nozzles (0.2-0.3mm) will clog with Wood PLA.

• Nozzle diameter requirement: Use 0.4mm minimum, with 0.5-0.6mm recommended for best reliability and reduced clogging. Smaller nozzles cannot accommodate wood particles and will jam. Most printers ship with 0.4mm nozzles as standard, making them compatible out of box.
• Hardened steel nozzles for frequent use: Wood fibres cause gradual brass nozzle wear. For occasional Wood PLA printing, brass works fine. If printing Wood PLA regularly, invest in a hardened steel nozzle to prevent wear and maintain print quality over time.
• All extruder types compatible: Both direct drive and Bowden systems print Wood PLA successfully, though direct drive offers slightly more consistent extrusion with the composite material. Reduce retraction distance compared to standard PLA settings.
• Heated bed beneficial but optional: Like standard PLA, Wood PLA prints on heated beds (40-60°C) or unheated beds with proper adhesion aids.

Most printers from Prusa, Bambu Lab, Creality, AnyCubic, and Elegoo handle Wood PLA with standard 0.4mm nozzles. The material is more forgiving than specialty engineering filaments while delivering unique aesthetic results unavailable with standard plastics.