PLA Filament
Showing 54 products
SKU: MPLA-285SWHT-00750
AVAILABILITY: Out of Stock
PRODUCT TYPE: 3.0MM Filament
VENDOR: FormFutura
Formfutura Matt PLA (polylactic acid) is a 3D printer filament that contains a recycled content of more than 50% and is modified to have a rough and matt surface finish. Matt PLA has excellent 3D printing properties and combines a...
SKU: MPLA-175SHBK-00750
AVAILABILITY: In stock (4 items)
PRODUCT TYPE: 1.75MM Filament
VENDOR: FormFutura
Formfutura Matt PLA (polylactic acid) is a 3D printer filament that contains a recycled content of more than 50% and is modified to have a rough and matt surface finish. Matt PLA has excellent 3D printing properties and combines a...
SKU: MPLA-175GGCM-00750
AVAILABILITY: In stock (1 item)
PRODUCT TYPE: 1.75MM Filament
VENDOR: FormFutura
Formfutura Matt PLA (polylactic acid) is a 3D printer filament that contains a recycled content of more than 50% and is modified to have a rough and matt surface finish. Matt PLA has excellent 3D printing properties and combines a...
SKU: MPLA-175AGCM-00750
AVAILABILITY: In stock (2 items)
PRODUCT TYPE: 1.75MM Filament
VENDOR: FormFutura
Formfutura Matt PLA (polylactic acid) is a 3D printer filament that contains a recycled content of more than 50% and is modified to have a rough and matt surface finish. Matt PLA has excellent 3D printing properties and combines a...
SKU: TPLA-175BLCK-02300
AVAILABILITY: In stock (1 item)
PRODUCT TYPE: 1.75MM Filament
VENDOR: FormFutura
FormFutura Tough PLA is a 3D printer filament that is roughly 750% more impact resistant than regular PLA filaments. Our Tough PLA filament is a performance PLA that combines durability with ABS-like strength properties and yet it is a significantly...
SKU: TPLA-175BLCK-00750
AVAILABILITY: In stock (7 items)
PRODUCT TYPE: 1.75MM Filament
VENDOR: FormFutura
FormFutura Tough PLA is a 3D printer filament that is roughly 750% more impact resistant than regular PLA filaments. Our Tough PLA filament is a performance PLA that combines durability with ABS-like strength properties and yet it is a significantly...