3Dgenius Silk PLA 3D Printer Filament Triple Color Silk PLA Filament 1.75mm 3D Printing Filament Fit Most FDM Printers, 250g Spool(0.55lbs), 3 in 1 Color Rose Red Sky Blue Green

TRI-COLORS COEXTRUDED FILAMENT: Different from normal or gradient filaments, every inch of this silk PLA filament is made of three colors. You can see three different colors of rose red, sky blue and green at different angles. Three colors are integrated in the silk PLA filament, and multi-color printing can realize three colors in one model. Printing will be full of surprises as different models will present different effects.
NO CLOGGING & NO BUBBLE: 3Dgenius PLA 3d printer filament features 100% vacuumed package. The silk PLA filament completely dried for 24 hours before packaging and then vacuum sealed with desiccants to effectively protect the filament from moisture, no stringing and bubble-free. 3Dgenius PLA filament 1.75mm will give you a smoother and more stable printing experience.
HIGH DIMENSIONAL ACCURACY: 3Dgenius PLA filament 1.75mm adopts advanced CCD diameter measuring and self-adaptive control system, which guarantees the diameter accuracy of 1.75mm PLA filament +/- 0.03 mm. The minimum dimensional tolerance ±0.03mm will make the fusion between the layers very good to obtain an even better bridging result.
WIDE COMPATIBILITY & PRINTING TIPS: The silk pla filament is 250g/0.55lbs. 3Dgenius 3d printer Filament is compatible perfectly with most FDM 3D Printers that use 1.75MM filament on the market, such as Prusa, Makerbot, MK3, Ender 3 and more. Recommended Extrusion/Nozzle Temperature 190°C – 220°C (374°F – 428°F). Bed/Platform temperature 50°C – 60°C (122°F – 140°F). Print Speed: 30-60mm/s.
HIGH QUALITY & CHARMING GLOSS: 3Dgenius silk PLA filament 1.75mm have advantages of high purity with low shrinkage and superb layer bonding. The enhanced toughness of the 3d printing filament will bring you more room for 3D printing imagination. The silk 3d printer filament is made from upgraded PLA raw materials which can show a charming gloss on the surface of the models.