Formfutura EasyWood™ Coconut
Coconut wood filament for 3D Printers
- Genuine wood finish
- Woody scent
- Easy to print
- Almost no distortion
- $39.99 ($8.00 / 100 g)
All prices excl. VAT. Excludes delivery costs
Only 4 items in stock
Delivery on Thursday, 06 May: Order before Monday at 13:30.
- Genuine wood finish
- Woody scent
- Easy to print
- Almost no distortion
1.75 mm / 500 g: | $39.99 | ($8.00 / 100 g) |
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2.85 mm / 500 g: | $39.99 | ($8.00 / 100 g) |
1.75 mm / 2300 g: | $158.33 | ($6.88 / 100 g) |
2.85 mm / 2300 g: | $158.33 | ($6.88 / 100 g) |
Product information & technical details
Item no.: | FF-175EWOOD-COCO-0500 |
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Manufacturer No.: | 175EWOOD-COCO-0500 |
Manufacturers: | Formfutura |
Content: | 500 g |
Diameter: | 1,75 mm, 2,85 mm |
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Product types: | Wood Filaments |
Filament colour: | Wood |
RAL colour: | RAL 8016 |
Net weight: | 500 g, 2300 g |
Recommended printing speed: | 40 - 100 mm/s |
Recommended processing temperature: | 210 - 220 °C |
Recommended heating temperature: | Not required |
Diameter related tolerance : | ± 0,05 mm |
Description
EasyWOOD ™ looks, feels and smells like real wood. Easy Wood ™ is a unique blend of 40% ground wood particles in combination with the proven EasyFil ™ polymers.
This material is exceptionally easy to print.
Due to its low shrinkage, EasyWOOD ™ is nearly distortion-free and hardly warps when cooled.
Therefore, EasyWOOD ™ is printed without a heating board. If the printer is equipped with a heating board, we recommend setting the temperature between 35-60 °C.
EasyWOOD ™ prints best at temperatures ranging between 200-240 °C.
A beautiful wooden structure can be achieved with EasyWOOD ™ after printing. A fine sandpaper boasts amazing results.
Using sandpaper for the finishing touches works best on rough EasyWOOD ™.
Questions & Answers about Formfutura EasyWood™ Coconut
Customer Reviews
| | 9 | (56%) |
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| | 2 | (12%) |
| | 2 | (12%) |
| | 1 | (6%) |
| | 2 | (12%) |
16 reviews
2 customer reviews in English
10 customer reviews in all languages
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Decent filament
Rated with 4 out of 5 stars.
First wood filament I've used and now after sitting down to get the settings dialed in, it's printing well.
I will say it's been a bit of a pain to get it dialed in but that doesn't seem to be just this wood filament as most wood ones I've seen people have said they're always that way
Anyways, in case a Prusa i3 mk3s user gets this here's the settings I used to get it dialed pretty decently
Nozzle: 0.4
PrusaSlicer Settings:
Filament Settings:
Temp:
-Extruder - First Layer:215 : Other layers:215
Printer Settings:
Retraction:
-Length: 7.5mm
-Retraction Speed: 70mm.
This made the amount of stringing I experienced very minimal. You can probably go down to 7mm on Retraction Length, and maybe 60-65mm on Speed.Was this review helpful? (1) (0)
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Too soft and fragile
Rated with 2 out of 5 stars.
This filament is so soft that my CR-X, on its softest setting, crushes the filament into a flattened shape that eventually binds in the tube, until the filament just can't feed and gets chewed up.
It's taken a while of messing with settings to get to the bottom of what was happening here. If I'm lucky I can do one small 17 min print before the tubes needs pulling off and clearing out.
I have never had so much trouble with a filament before!
It's very fragile too. Easy to snap when handling. Won't be buying a wood filament again, that's for sure...Was this review helpful? (1) (0)
Did you know?
The most popular technology used for 3D printing is FDM (Fused Deposition Modelling). A heated nozzle (hot-end) melts the plastic wire, layering the melted parts.
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The 0.4 mm nozzle should be compatible with any Woodfill filament. Some people recommend that the nozzle should be at least 0.4 mm as the filament may clog a smaller nozzle, but 0.4 should be ok. The size of the nozzle is most important for how detailed you wish your model to be.
With regards to the nozzle material, the standard brass nozzle may wear over time and may have enough friction to clog the nozzle. Low friction nozzles are best due to this. Woodfill is not as abrasive as some filaments so a ruby nozzle while performing well is not entirely necessary but a low cost low friction nozzle is advised and will be sufficient.
It is also a good idea to use specific nozzle types for specific filaments due to cross-contamination issues so that proper maintenance can be delivered.