ERYONE Wood 1kg 1.75mm PLA 3D Printer Filament: Create wood effect prints, great for sculptures and models

ERYONE Wood 1kg 1.75mm PLA 3D Printer Filament: Create wood effect prints, great for sculptures and modelsBring the warmth of wood to your 3D prints with Eryone Wood PLA filament. This filament combines PLA with wood fibres, creating a unique material with a wood like texture and finish. Available in light and deep wood tones, your prints will look stunning. Great for sculptures, cosplay and model making. Features: Wood Like Texture: Has a great wood like texture, made with wood fibre. High Dimensional Accuracy: 1. 75mm, tolerance + 0. 03mm. No Tangling:

Bring the warmth of wood to your 3D prints with Eryone Wood PLA filament. This filament combines PLA with wood fibres, creating a unique material with a wood-like texture and finish. Available in light and deep wood tones, your prints will look stunning. Great for sculptures, cosplay and model making.

Features:

• Wood-Like Texture: Has a great wood-like texture, made with wood fibre.
• High Dimensional Accuracy: 1.75mm, tolerance +/-0.03mm.
• No Tangling: Perfect winded filament PLA, 100% tangle-free before unopened, neatly rolled, no curling or warping.
• High Compatibility: Universal compatibility with diverse 99% common-used FDM 3D printers in market.
• Vacuumed Sealed Packaging: The filament comes in a sealed vacuum bag with a desiccant bag to keep it dry and keep out dust.

Specifications:

• Filament Diameter: 1.75mm
• Finish: Wood
• Tolerance: ± 0.03mm
• Print Temperature: 200-220°C
• Recommended Print Temperature: 210-220°C
• Recommended Print Speed 30-60mm/s
• Heated Bed Temp: 55-70°C
• Gross weight: 1.35kg (approx.)
• Net weight: 1kg (approx.)

FAQ:

• Clogging: Clogging is caused by uneven wire diameter or too low a temperature. Clean the nozzle before use and raise the temperature to reduce the chance of clogging.
• Stringing: If the temperature is too high, the flow of PLA is too fast, or the feed parameters are not set properly, wire stringing will be caused. Reducing the temperature and speed corrections will solve these issues.
• Over Extrusion: Too high a temperature, too slow speed, or nozzle diameter in the section does not match will cause too much extruding at the nozzle outlet, and there will be residual material.