Technology Outlet PLA Wood 3.00mm

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  • Material PLA filament
  • Diameter 1.75mm
  • Filament weight 1 KG
  • Print Temperature 190 – 220°C
  • Best temperature 200°C
  • Bed temperature 40-50°C or turn off the heated bed
  • Compatible with Makerbot, UP, Cubify, Leapfrog Creatr, Builder, Felix, Reprap,Ultimaker and any most other FDM 3D printers
  • Package 1kg/spool
  • Sealed plastic bag with desiccants.
Technology Outlet PLA Wood 3.00mm
Technology Outlet PLA Wood 3.00mm

Description

PLA 3D Printer Filament (Polylactic acid) is thermoplastic aliphatic polyester made of renewable resources like corn or starch. Its extrusion-temperature is much lower than ABS, and most often doesn’t require a heated bed.

It has the following characteristics:

1. Good toughness high strength, high stiffness
2. Less prone to blocked nozzles,
3. Can be processed at 200 degrees
4. Low shrinkage, thermoforming dimensional stability
5. Accurate diameter: 1.75mm, variations + /-0.1mm,roundness +/-0.05mm;

Additional information

Specification: Technology Outlet PLA Wood 3.00mm

Header

Technology Outlet PLA Wood 3.00mm

Brand

Technology Outlet

Weight

1

Material name

Technology Outlet PLA Wood 3.00mm

Technology

FDM

How it comes

Filament

General material type

Plastic

Material group specific material type

PLA

Features

Material PLA filament
Diameter 1.75mm
Filament weight 1 KG
Print Temperature 190 – 220°C
Best temperature 200°C
Bed temperature 40-50°C or turn off the heated bed
Compatible with Makerbot, UP, Cubify, Leapfrog Creatr, Builder, Felix, Reprap,Ultimaker and any most other FDM 3D printers
Package 1kg/spool
Sealed plastic bag with desiccants.

Colour

Wood

Company

Technology Outlet

Diameter

3.00mm

Min printing temperature

190 °C

Max printing temperature

220 °C

Min hot bed temperature c

40

Max hot bed temperature c

50

Legal Disclaimer

3DC LTD is not liable for the accuracy of the information contained within this database. Please consult directly with the relevant machine and/or material manufacturers before determining fitness for a particular use.
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