Monday, June 7, 2021

ANYCUBIC 3D Printer, Upgrade Mega Zero 2.0 FDM 3D Printer with Fast Heating

ANYCUBIC 3D Printer, Upgrade Mega Zero 2.0 FDM 3D Printer with Fast Heating, Magnetic Printing Bed and Auxiliary Leveling, Works with TPU/PLA/ABS/HIPS/PETG/WOOD, 8.6(L)x8.6(W)x9.8(H)in Printing Size

ANYCUBIC 3D Printer, Upgrade Mega Zero 2.0 FDM 3D Printer with Fast Heating, Magnetic Printing Bed and Auxiliary Leveling, Works with TPU/PLA/ABS/HIPS/PETG/WOOD, 8.6(L)x8.6(W)x9.8(H)in Printing Size

Buy Now: https://amzn.to/3v5m67i (Amazon)

  • Fast Assembly & Large Build Volume, Modular design for Anycubic Mega Zero 2.0 3D Printer only need 5 steps to set up, 90% Pre-assembled, easy to assemble and get printing right out of the box, Perfect choice for beginners and veteran. This FDM 3d printer comes with Off-line printing function with large building volume reaches 8.6(L) x8.6(W) x9.8(H) in / 220x220x250mm
  • Fast Heating Platform & Magnetic Stickers, Mega zero 2.0 3d printer comes with an excellent hot bed, which can be heated quickly, and reach 100°C within 5 minutes. This 3D Printer adopts a removable magnetic sticker, which can be reused without masking paper or glue. Models can be easily removed by bending the sticker, without worrying about damaging the surface of the platform. Making 3D printing Convenient and Effective
  • High-Performance Extruder, Mega Zero 2.0 uses Anycubic self-developed and designed extruder, provides precise extrusion for your 3D printing with solid filament drive and overall mechanical design compatible with most filaments, greatly reducing the clogging risk and improving printing accuracy.It supports most type filament, like PLA, ABS, TPU, HIPS, PETG ,Wood etc.
  • Auxiliary Simple Leveling & Resume Print, The Mega Zero 2.0 leveling design a large leveling nut, adding 4 auxiliary leveling positions, simple operation. No need to worry about the nut being too small for platform adjustment. It can also resume printing from the last recorded position of the extruder after an unexpected power failure or interruption of the filament, thus saving time and filament.

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