Creality CR-10 SE 3D Printer 600mm/s Print Speed with 8000mm/s² Acceleration CR Touch Auto Leveling, 300℃ High-Temp Hotend Sprite Direct Extruder Algorithms Design Printing Size 8.66x8.66x9.84in

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10572 calificaciones

Model:

CR-10 SE

Disponibilidad
Sin stock

Peso con empaque
17.04 kg

Devolución
No

Condición
Nuevo

Producto de
Amazon

Sobre este producto

FASTER PRINTING EXPERIENCE: Creality CR-10 SE 3d printer can print at up to 600mm/s speed with 8000mm/s² acceleration, faster than most of printers on the market. You can complete models efficiently, saving time to wait for high-quiality print jobs.Which also can print better with Creality Hyper PLA filament
HANDS-FREE AUTO LEVELING: Creality CR-10 SE 3d printer equips CR Touch for auto leveling and strain sensor for auto Z offset. It is easy to get a perfect first layer. This printer can save your time in leveling, and easily start to print. Which is friendly to all of customers including the beginners
CLOG-FREE FEEDING: Hotend for CIog-free Feeding 60V ceramic heater encircling the hotend, getting the filament fully melt at a 32mm3/s flow, ensuring that users can print with a variety of materials while minimizing the risk of clogs and extrusion issues. Bi-metal (copper+titanium alloys) heatbreak, great to prevent thermal creep; Hardened steel nozzle, wear-resistant and enabling 300℃
"SPRITE" DIRECT EXTRUDER: CR-10 SE features a "Sprite" direct drive extruder with two gears (1:3.5 gear ratio) that exerts a strong extrusion force of 65N*. The feeding and retraction are exact and uniform, even when it comes to flexible filaments. Which enables smooth feeding of various filaments, including PLA, Hyper PLA, PLA-CF, PETG, ASA, PA and TPU
EFFECTIVE MODEL COOLING FAN and Algorithms Design: A 12000rpm fan sends a strong wind via a U-shaped air duct to cool the model section from three sides. It improves bridges and overhangs significantly and makes the details more vivid. With input shaping, the printer's vibrations are mitigated for minimal ringing or ghosting, with motion advance, the feeding flow is optimized for fewer blobs and oozes