KPOP Demon Hunters Mini Notebooks

Features (this is what it sounds like)

My daughter adores KPOP Demon Hunters, so I created these HUNTR/X and Saja Boys designs for the notebook that I recently posted on MakerWorld.  Specific features include:

• Flat, thin cover for a slim profile and filament-efficient print.
• Sturdy hinges that will not easily break when being lugged around by a child.
• Secure reloadable binding using only 3D printed parts (i.e., no elastic bands).
• Modular components that can be easily swapped out if one small part breaks.

For more information about the design of these notebooks, please check out Notebook / Journal Collection - Multiple Sizes.

Printing and Assembly (how it's done done done)

The models are printed without supports. The hinge clips need to be printed vertically, and painted mouse ear brims have been added to improve adhesion. If you are worried about them dislodging during the print, you can change them to full brims, but note that this will be more tedious to remove from the interior edges of the clip.

These mini notebooks will fit a small stack of half letter paper (5 ½ x 8 inches). If you only have standard letter paper, then you can simply cut it in half. Either way, the stack should then be folded to form a booklet.  The notebooks should also work fine with A5 paper (or A4 paper cut in half) if you trim away 8mm in width so that it is approximately 140x210mm. 

To assemble, attach the hinges to the cover, then align them with spine hinges and run a piece of filament through the holes. Detailed assembly instructions can be found in the included PDF.

Filaments (why did I cover up the colors stuck inside my head?)

My example prints used the following filaments:

• HUNTR/X - Flashforge Nebula Purple, Flashforge Rose Quartz, Panchroma Matte Cotton White
• Saja Boys - Sunlu Magenta, Sunlu Matte Black, Panchroma Matte Cotton White

Please note that I do not recommend using silk PLA on the binding or hinge clips, because is it structurally weak compared to other forms of PLA.