As-is condition: Anycubic Kobra Neo

This is the Anycubic Kobra Neo 3D printer.
After assembly, you can start printing immediately by adjusting the Z-Offset and performing AutoLeveling.

This product was purchased about 2-3 years ago, and I have modified it by printing several parts (cooling fan duct, power supply cover, etc.) with this printer.
Regarding the hot end, including the nozzle and thermistor, it seems that parts specifically for the Kobra Neo are not currently sold on Amazon. Therefore, I have modified it to use the hot end for the (original) Kobra as is.
(I cut the cable from the motherboard to the heater and thermistor at the point inside the printer head and replaced it with an HX connector. While it is possible to replace it with the original Kobra Neo hot end, it would require reassembling the wiring from the head to the motherboard, which I believe would be quite difficult.)

One of the interesting aspects of 3D printers is that you can create modification parts for the 3D printer itself!

I hadn't used it for a while, but I recently powered it up and tried printing the standard 3DBenchy. While there are some imperfections due to standard settings, there is potential for cleaner prints by fine-tuning the settings.

For shipping, I plan to disassemble it and pack it in its original box.
It will be in a state where it can minimally print; therefore, included tools (hex wrench, spanner), and a MicroSD card are not included. Some screws may be missing. The power cord is included, but the ground pin has been removed.
*Please prepare these as needed by the purchaser.

As shown in the last photo, there is a crack in the plastic part on the front left side of the main unit. (I do not believe this affects the operation of the 3D printer.)

The Kobra Neo has a straightforward design for a direct drive 3D printer, making it possible to operate with Klipper. Klipper supports advanced AutoLeveling, remote printing & monitoring, and time-lapses with a USB camera.

In that sense, this Kobra Neo is an affordable entry-level machine for studying the mechanisms of 3D printers. (I myself fell into the 3D printer rabbit hole with this.)