Last updated at 24/07/2024 16:37:58
| Experience level | Beginner |
| Packaging Height (cm) | 6 |
| Packaging Width (cm) | 21 |
| Packaging Length (cm) | 20 |
| Experience level | Beginner |
| Packaging Height (cm) | 6 |
| Packaging Width (cm) | 21 |
| Packaging Length (cm) | 20 |
PLA-based stone filament in Terracotta StoneFil is a PLA-based filament that consists of 50% stone powder. This high "stone content" gives the filament its exceptional optical properties. The material is about 37% heavier than normal PLA. The printed objects have an extremely matte finish. Every StoneFil printed object has a unique colour profile. The StoneFil is abrasive due to its high content in stone powder and leads to increased wear on the hot-end.
PLA-based stone filament in Terracotta StoneFil is a PLA-based filament that consists of 50% stone powder. This high "stone content" gives the filament its exceptional optical properties. The material is about 37% heavier than normal PLA. The printed objects have an extremely matte finish. Every StoneFil printed object has a unique colour profile. The StoneFil is abrasive due to its high content in stone powder and leads to increased wear on the hot-end.
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PLA-based stone filament in Terracotta StoneFil is a PLA-based filament that consists of 50% stone powder. This high "stone content" gives the filament its exceptional optical properties. The material is about 37% heavier than normal PLA. The printed objects have an extremely matte finish. Every StoneFil printed object has a unique colour profile. The StoneFil is abrasive due to its high content in stone powder and leads to increased wear on the hot-end.
PLA-based stone filament in Terracotta StoneFil is a PLA-based filament that consists of 50% stone powder. This high "stone content" gives the filament its exceptional optical properties. The material is about 37% heavier than normal PLA. The printed objects have an extremely matte finish. Every StoneFil printed object has a unique colour profile. The StoneFil is abrasive due to its high content in stone powder and leads to increased wear on the hot-end.
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