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HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D

HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
-32 %
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D
29.95€
20.40€
Tax 16.86€
  • Stock: 151
  • Model: PLA-3D870-1.75mm-SAKATA3D

Type:

GO&PRINT

GO&PRINT

GO&PRINT Transition

GO&PRINT Transition

GO&PRINT Recycled

GO&PRINT Recycled

PLA-M

PLA-M

PLA-M Transition

PLA-M Transition

PLA 3D850

PLA 3D850

PLA 3D850 Special Colours

PLA 3D850 Special Colours

PLA 3D850 MAGIC+

PLA 3D850 MAGIC+

PLA 3D850 GLASS

PLA 3D850 GLASS

PLA 3D850 Transition

PLA 3D850 Transition

3D850 Recycled

3D850 Recycled

HR-PLA 3D870

HR-PLA 3D870

HR-PLA 3D870 Transition

HR-PLA 3D870 Transition

Recycled 3D870

Recycled 3D870

PLA High Speed

PLA High Speed

PLA High Speed Transition

PLA High Speed Transition

Available Options

Premium high resolution filament, easy molding, printing and engraving, high rigidity and low shrinkage.

Recommended temperature 190º-220º. Variability of diameter +/- 0,03mm. Compatible with all FDM printers.

Natureworks' polylactic acid under the Ingeo 3D870 brand name is a biopolymer that has environmental benefits as it is made from renewable resources. It is produced by polymerization of lactic acid from corn starch. SAKATA 3D manufactures excellent filaments for 3D printing from this raw material, where it is evident that the rate of fluidity in hot water is higher than that of standard PLA or ABS plastic.

The filaments created with the 3D870 resin have other enhancements such as excellent adhesion to printing surfaces, a feature that optimizes the quality of the first layer and minimizes the risk of deformation.


Diameter:

1.75 mm


Reel:

Gross weight: 1.2 kg

Net weight: 1 kg

Packaging:

Coil vacuum packed with desiccant 


Data Sheet

Print Settings (As reference)
Printing temperature 190ºC - 220 ºC
Heated Bed No - 60 ºC
Layer Fan Yes, highly recommended.
Material PLA Ingeo 3D870

88% Customers recommend this product

  • 5 Awesome
    78.57%
  • 4 Great
    8.93%
  • 3 Average
    3.57%
  • 2 Bad
    7.14%
  • 1 Poor
    1.79%

Reviews Over HR-PLA INGEO 3D870 Filament - High Resistant PLA - 1,75mm - Sakata 3D

  • (5)

Total Reviews (56)
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Top Positive & Critical Reviews

Top Positive Reviews

View All 44 Top Positive Reviews

Author: mario roldan

  • 06/05/2024
  • (5)

Como siempre muy rápido y el material va fenomenal

Top Critical Reviews

View All 1 Top Critical Reviews

Author: Manuel

  • 22/06/2020
  • (1)

Las últimas bobinas de winkle después de la aparición del coronavirus,han sido un desastre,de diferentes modelos,todos se comportaban de una manera no habitual (he gastado muchísimos kg de allcolo



Tags: pla, filament, sakata, 3d