Matteforge Advanced Matte PLA has a unique Matte finish resulting in a printed object with nearly invisible layer lines.
From the manufacturer:
REDUCE VISIBILITY OF PRINTED LAYER LINES
MatteForge is a new filament that produces a beautiful matte, low gloss finish right off the print bed.
This innovative filament produces a finish unlike any other filament. MatteForge reduces the visibility of printed layer lines and gives a professional appearance to all prints. This is achieved whilst enhancing the contrast between light and shadow to highlight fine details. This highly desirable effect makes MatteForge perfect for industrial and product design, and technical engineering models.
BEAUTIFUL MATTE FINISH
We decided to launch MatteForge as we were tired of the usual glossy finish associated with almost all PLA based materials.
MatteForge gives an enhanced matte finish that exceeds even the best ABS filaments but has the ease of printability associated with PLA. This is done without the need for additives that might weaken the filament.
Not only does MatteForge have a stunning low gloss finish, it also has very good mechanical properties such as high impact resistance and good flexural strength.
MatteForge is very easy to print so is great for both beginners and printing professionals. As it is PLA based it does not warp, but more importantly MatteForge has no odour.
MatteForge is very easy to use and has the same print settings as typical PLA. MatteForge is compatable with even the most basic 3D printers and a heated bed is not required.
Recommended Printing Temperature:
180 - 220C (ideal 195C)
Not Required (but can be used)
Recommended Printing Speed:
40 - 120 mm/s
Each 1KG MatteForge filament is supplied on a transparent spool in a 230 x 210 x 80mm retail box. The filament is vacuum packed inside along with a desiccant bag.
230 x 210 x 80mm
200mm diameter x 68mm (inner hub 50mm diameter)
Beautiful matte, low gloss finish...
The beautiful matte, low gloss finish from MatteForge compared to the glossy finish associated with almost all PLA based materials.
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