Original: $15.67
-70%$15.67
$4.70The Story
eSun 1.75mm PLA-Matte Filament 1kg Roll Mint Green
The eSun 1.75mm PLA-Matte Filament 1kg Roll Mint Green is a premium matte PLA 3D printer filament designed for professional-quality prints.
With its unique matte surface effect, it minimizes visible layer lines, giving your models a smooth and refined appearance.
Compared to regular PLA, this filament has a lower density, saving up to 21% material on the same project while still being tougher and more resistant to breakage.
The support structures peel off effortlessly without leaving scratches, ensuring a clean finish. Perfect for functional prototypes, artistic models, and everyday 3D printing needs, this filament combines durability, efficiency, and aesthetics in one spool.
Features:
- Non-harmful, non-toxic, and eco-friendly
- Good material hardness and strength.
- Ideal for intricate models.
- Low material shrinkage and consistent diameter.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
eSun 1.75mm PLA-Matte Filament 1kg Roll Mint Green
The eSun 1.75mm PLA-Matte Filament 1kg Roll Mint Green is a premium matte PLA 3D printer filament designed for professional-quality prints.
With its unique matte surface effect, it minimizes visible layer lines, giving your models a smooth and refined appearance.
Compared to regular PLA, this filament has a lower density, saving up to 21% material on the same project while still being tougher and more resistant to breakage.
The support structures peel off effortlessly without leaving scratches, ensuring a clean finish. Perfect for functional prototypes, artistic models, and everyday 3D printing needs, this filament combines durability, efficiency, and aesthetics in one spool.
Features:
- Non-harmful, non-toxic, and eco-friendly
- Good material hardness and strength.
- Ideal for intricate models.
- Low material shrinkage and consistent diameter.
