ANYCUBIC Kobra Neo 3D Printer

Includes: All items shown in the image.
Base shows signs of use.

Excerpt from web:
Model: Anycubic Kobra Neo
Printing Technology: FDM (Fused Deposition Modeling) Direct Drive Extruder
Supported Materials: ABS/PLA/PETG/TPU etc. (1.75mm)
Dimensions: Width 445 x Depth 443 x Height 490mm
Print Size: 220x220x250mm
Print Speed: 20-100mm/s (Recommended 80mm/s)
Leveling: Automatic Leveling (25 points)
Print Accuracy: 0.05-0.3mm
Platform Material: PEI spring steel magnetic fixed (reversible)
Nozzle Temperature: Max 260 ℃
Hot Bed Temperature: Max 110 ℃
Connection Methods: SD Card (Micro) & USB-C Support
Filament Run-out Detection: None. *Function can be added (sold separately)

The printing method is FDM, which melts and stacks filament. The filament feeding is a direct type integrated with the print head.

Supported materials include ABS, PLA, PETG, TPU, etc., and 1.75mm filament can be used.

Main unit dimensions:
Width 445mm, Depth 443mm, Height 490mm

Please note that due to the movement of cables and plates, the actual width and depth will be about 10cm larger, and the height will be about 20cm larger when the filament holder is attached.

Print size is 220mm width, 220mm depth, and 250mm height, which is a common maximum build volume for products in this class.
The print speed is up to 100mm per second, calculated by the head's travel distance, which is slower than some recent high-speed printers.
Leveling is automatically adjusted by a non-contact sensor. The platform material is spring steel with a resin coating, fixed by magnets.
The maximum nozzle temperature is 260℃, and the bed can reach up to 110℃.
Print data can be read from an SD card or via USB connection. Typically, print data is transferred via SD card. By the way, Japanese characters are not supported in the print data (G-CODE) file names. Filament run-out detection is not included, but it can be added by purchasing a separate kit, available on Amazon for around 3000 yen.
Returns are not accepted except for shipping damage.