Prepare a 3MF file for the Creality K1C
MakerWorld and Bambu Studio files are prepared for Bambu printers. Below you can see what changes for the Creality K1C, which limits are specific to this printer and how to adapt your file.
The conversion is written from the official Orca machine profile for the Creality K1C. This target is new (beta): open the output in Orca and check the preview.
Creality K1C specifications
| Bed | 220 × 220 mm |
|---|---|
| Maximum print height | 250 mm |
| Nozzle diameters | 0.4 / 0.6 / 0.8 mm |
| Maximum speed | 800 mm/s |
| Maximum acceleration | 20,000 mm/s² (travel 9,000) |
| Temperature limit | nozzle 300 °C · bed 100 °C (manufacturer specification, unverified) |
| Color capacity | up to 16 (CFS) |
| Body | enclosed |
| Firmware (G-code flavor) | Klipper |
Dimensions come from OrcaSlicer’s official printer profiles; temperature limits are not in the profiles, so they rely on manufacturer specifications.
Comparison with the Bambu X1 Carbon
Most MakerWorld files are prepared for a Bambu printer like this; here is how the Creality K1C differs.
| Feature | Bambu X1 Carbon | This printer | In conversion |
|---|---|---|---|
| Bed | 256 × 256 mm | 220 × 220 mm | smaller: large objects may not fit |
| Max speed | 500 mm/s | 800 mm/s | higher |
| Max acceleration | 20,000 mm/s² | 20,000 mm/s² | same |
| Nozzle temperature limit | 300 °C | 300 °C | same |
| Color capacity | up to 16 | up to 16 | same |
- Bed area is 484 cm²: about 74% of a Bambu X1 Carbon bed.
- Speed limit is about 160% of the X1 Carbon’s; acceleration limit is about 100%.
- Print height is 250 mm (−6 mm difference).
Which filaments fit this printer’s limits?
Typical nozzle temperatures of common filaments compared with the recorded limit of 300 °C.
| Filament | Typical nozzle temperature | On this printer |
|---|---|---|
| PLA | ≈ 230 °C | within the limit |
| PETG | ≈ 250 °C | within the limit |
| ABS / ASA | ≈ 270 °C | within the limit |
| PC | ≈ 290 °C | within the limit |
| PA-CF / PAHT | ≈ 300 °C | within the limit |
What to watch when preparing files for this printer
- MakerWorld and Bambu files are mostly prepared for a 256 × 256 mm bed. The Creality K1C bed is 220 × 220 mm, so objects close to 256 mm will not fit; the converter and the check report flag them immediately.
- Maximum acceleration is 20,000 mm/s²: acceleration values in the file stay below this limit; anything above is clamped.
- Nozzle temperature limit 300 °C, bed 100 °C. (This limit is the manufacturer’s specification and has not been verified.)
- Color capacity is at most 16 (CFS); the converter warns if the file has more colors.
- This printer runs Klipper: Bambu-specific start commands (M1002, M620/M621, G29.1…) do not work; the converter replaces them with the printer’s own start and end G-code.
For step-by-step use see the main page; in the converter just select Creality K1C under “Yazıcım” (My printer). The tool interface is in Turkish.
Frequently asked questions
Does a MakerWorld / Bambu 3MF file work directly on the Creality K1C?
The machine settings inside the file are for a Bambu printer, so they may not match the Creality K1C bed, speed and acceleration limits or G-code. The converter adapts them. The conversion is written from the official Orca machine profile for the Creality K1C.
What are the bed and nozzle sizes of the Creality K1C?
Bed 220 × 220 mm, maximum print height 250 mm; recorded nozzle diameters 0.4 / 0.6 / 0.8 mm. Values come from OrcaSlicer’s official printer profiles.
What is the maximum speed and acceleration of the Creality K1C?
According to the Orca profile the maximum speed is 800 mm/s and the maximum acceleration 20,000 mm/s². Higher values in the file are clamped and shown in the report.
Which settings change in the conversion, and which are kept?
Layer height, wall count, infill, support, seam and color assignments are kept. G-code, bed, nozzle count, retraction and speed/acceleration limits come from the target printer’s profile. Speed, acceleration and temperature above the target’s limits are clamped; every change is listed in the report.