Oni Katana - Valorant 3D model

Oni Katana from Valorant bundle Oni 2.0
This model has been optimised for 3D printing in the following ways:

• Topology was refined so that modifications did not ruin the models
• Objects and models were added and/or modified for easy assembly as shown in the pictures
• Each little piece has been separately handled and pieced together for best possible topology and geometry as also shown in the pictures
• The model was separated into small enough pieces that most FDM printers can print in full size without further modifications to the models

Print one of each at 4000% scale, and you have all pieces. Printing the pieces separately is advised, as the pieces are very large and general print quality will be better if printed separately.

UPDATE: AS REQUESTED, IT IS NOW POSSIBLE TO PRINT THE HANDLE IN MULTIPLE PIECES, USING THE FOLLOWING FILES: "Handle bare.stl", "Tsuka ito.stl", "Handle connectors.stl" and "Handle cap.stl". THIS IS DONE BY PRINTING "Handle bare.stl" FIRST AND THEN SLIDING IN "Tsuka ito.stl", THEN ATTACHING "Handle cap.stl" AND FINALLY GLUING ON THE CONNECTORS.
WARNING FOR THIS METHOD: THIS HAS NOT BEEN TESTED BY ME, MEANING THAT IT WORKS ON PAPER, BUT THERE IS NO GUARANTEE. THIS BEING SAID THOUGH, I SEE NO REASON WHY IT SHOULD NOT WORK.
FURTHER NOTE: THIS UPDATE ONLY REGARDS THE HANDLE AREA, AND ALL OTHER PIECES WILL FIT AS USUAL.

FURTHER UPDATE: SHEATH IS HERE. AS REQUESTED THE SHEATH HAS BEEN UPLOADED WITH SAME ASSEMBLY STYLE AS THE SWORD (PINS AND RECEIVERS).

QUALITY OF LIFE UPDATE:
I have now added all of the files (except for the sheath, sorry) in .obj format as well. I have also sorted the files into different compressed folders for ease of use.
The zip with the OBJs, also contains their MTLs, so full quality is kept when downloading these.

All that is needed for assembly is a little bit of glue to connect the pieces.

Layer height: 0.12-0.2mm
Speed: 50 mm/s
Scale: 4000% (Blender porting makes scaling weird)
Infill: 15-30%, depending on the orientation you decide to print in.

Temperature: I used generic PLA on my test prints, running at 205 celsius, but you should print at whatever temp you usually do.