| Nozzle size | ≥ 0.15mm |
| Layer height | ≥ 0.06mm |
| Flow rate | ± 95 - 110% |
| Print temp | ± 230 - 265° C |
| Print speed | High |
| Nozzle size | ≥ 0.15mm |
| Layer height | ≥ 0.06mm |
| Flow rate | ± 95 - 110% |
| Print temp | ± 230 - 265° C |
| Print speed | High |
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 stiffer 3D printing material than ABS filaments. Tough PLA exhibits excellent layer adhesion allowing 3D printed objects to achieve similar mechanical strength properties compared to injection molding.
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 stiffer 3D printing material than ABS filaments. Tough PLA exhibits excellent layer adhesion allowing 3D printed objects to achieve similar mechanical strength properties compared to injection molding.
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 stiffer 3D printing material than ABS filaments. Tough PLA exhibits excellent layer adhesion allowing 3D printed objects to achieve similar mechanical strength properties compared to injection molding.
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 stiffer 3D printing material than ABS filaments. Tough PLA exhibits excellent layer adhesion allowing 3D printed objects to achieve similar mechanical strength properties compared to injection molding.
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