Anycubic
Chiron
Print surface
The print adheres extremely well when the plate is hot, and is also easy to remove after cooling
Touch screen
Intuitive menu with many languages and settings.
Titanium extruder
Stronger and more flexible extrusion, compatible with TPU.
Filament sensor
Ensures that the print can be completed even if the printer runs out of filament.
Technical specifications
Print technology: FDM (Fused Deposition Modeling)
Large construction area: 400 x 400 x 450 mm
Print precision: 0.05-0.3 mm
Position precision: X/Y 0.00125 mm Z 0.0020 mm
Number of extruders: 1
Nozzle diameter: 0.4 mm
Print speed: 20-100 mm/s
Print materials: PLA. ABS, HIPS, Wood, TPU
Works at temperatures between 8ºC - 40ºC
Extruder max temperature: 260ºC
Software input: .STL, .OBJ, .JPG, .PNG
Software output: GCode
Connects with SD card or USB port (experienced users)
Large building area
400mm*400mm*450mm gives more room for creativity
Double Z limit switch
Ensures better stability and leveling of the print area
Automatic leveling
Automatically finds 25 points, supports real-time nozzle height adjustment
Included equipment
SD card reader
Gloves
Manuals
Filament
seaweed
Wire
Spatula
Screws 10 pcs
SD card
Tool
Tweezers
USB cable
The Anycubic team has included auto-level function and a very precise level method with 25 point digital leveling. The double Z limit switch provides even greater stability in the print surface.
Anycubic Chiron can print with an accuracy between 0.05-0.3MM and with a positional accuracy of X / Y: 0.0125MM and Z 0.0020MM. Anycubic Chiron has scored 4.9 / 5 stars in online reviews by experienced users.
Printing platform
Grips easily with the vast majority of print materials when hot and releases with little resistance when cold.
Extruder in high quality
Design in short distance extrusion, stronger torque, smoother extrusion and compatible with TPU
TFT touch screen
Full color, multilingual, user-friendly user interface.
Filament sensor
Automatic warning if filament runs out or breaks. Intelligence helps save time and filaments.
