Description of 🔧 Durable and Resilient Tough Strong Professional PLA Filament: Enhance your 3D Printing Experience!
✅【Both PLA+ and High Temperature PLA】 FilaCube High-Temperature PLA+ can be easily printed. Models of FilaCube High Temp PLA Plus filament can become even more stronger and tougher with heat-treat. The heat deflection temperature of 3D printed parts with FilaCube HT-PLA+ can be up to 85°C after annealing; normal PLA and PLA+ is only ~52°C. Compared to traditional brittle PLA filament, High-Temp PLA+ greenery 3D filament is enhanced to have better performance. ✅【Over-extrusion or under-extrusion prevented through Diameter Accuracy and Consistency control】Advanced real-time laser diameter monitor and self-adaptive control system in the manufacturing guarantee PLA2 greenery 3D printing filaments to have a diameter tolerance of ±0.03 mm. The consistent diameter tolerance allows 3D printers to extrude exact amounts of melted hi-temp PLA-plus greenery filament to flow through the extruder nozzle. ✅【Vacuum Packing and Tangle-free】All HT FilaCube 3D greenery filament spools are vaccum sealed with a desiccant packet to protect plastic filament from moisture. Dry greenery 3D filaments help make bubble-free and stringing-free prints. All greenery filament spools are wound by winding machines, which prevent tangles. ✅【 Easy to print, 1.75mm Diameter and wide compatibility 】FilaCube 1.75mm Hi-Temp PLA+ greenery filament is compatible with most FDM/FFF 3D Printers for kids, students or adults. Print Temp: 190-230°C. Bed Temp: None needed or 50-70°C. Annealing Temp: 80-130°C. ✅【Made in USA and 100% Satisfaction Warranty】This HiTemp Professional PLA Plus 1.75mm greenery filament was Made in Houston, Texas. FilaCube provides 30 days Money Back Guarantee and premium professional customer services with a 24-hour guaranteed reply. If you have any questions about FilaCube PLAPlus greenery 3D printer filament or slicer settings, please contact us and we will be happy to provide technical solutions and help you get the best 3D printing results.