Flashforge Creator 3 Pro

New 2nd generation upgrade of Creator 3 Pro for better printout quality. More effective and professional printing.
Available
From 2.450,00 €
1.700,00 €
*Net Price
3D Printing Technology
FFF - FDM

Creator 3 Pro Features

  • Optimized extruder assembly of Flashforge creator 3 pro: Nozzle reach up to 200℃ in 1 minute; Brand new cooling fan structure for better printing effects; Upgraded extruder sensor for better build plate leveling.
  • Independent Dual Extruder system allows dual printing, greatly cut down print time.
  • Creator 3 Pro extruder can be heated up to 320℃. Support 0.4/0.6/0.8mm stainless steel nozzles; 0.4/0.6/0.8mm carbon steel nozzles for carbon fiber materials.
  • 300*250*200mm build volume.
  • Fast heating of build platform. Flashforge Creator 3 Pro reaches up to 110℃ just in 3 minutes.
  • Filament supported: PLA, ABS, PVA, PETG, HIPS, PA, PC, ASA, PACF.

Picture for category Creator 3 Pro Features

Updated Extruder Assembly. More Effective and Safe

  • Faster heating of nozzle. Reaching 200℃ just in 1 minute.
  • Dual-fan structure, for better cooling effects for printed models.
  • Nozzle and heating block assembled together. Easy to replace and maintain.
  • Upgraded extruder sensor, for more accurate leveling of build platform.

Picture for category Updated Extruder Assembly. More Effective and Safe

Fast Heating of Build Platform

The heating board can reach up to 110℃ in just 3 minutes, compared to other 3D printer brands where wait times can reach 20 minutes.
Flexible build plate over the heating board, good thermal conductivity when printing, and easy to pop off the models when print finished.

Picture for category Fast Heating of Build Platform
Number of Print Heads 2
Filament Diameter 1.75mm
Material Compatibility PLA / ABS / PA / PC / PVA / HIPS / PETG / Wood / ASA / PACF
Open Materials Yes
Build Volume 300 x 250 x 200 mm
Maximum Nozzle Temperature 320℃
Nozzle Diameter 0.4mm(0.6/0.8mm)
Packing Dimensions & Weight (Gross) 76x63x73 cm | 52 kg
Similar Products