cyanidesugar
cyanidesugar

Stained Glass Bookmarks

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cyanidesugar
cyanidesugar
cyanidesugar
cyanidesugar
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Stained Glass Bookmarks 3d model
cyanidesugar
cyanidesugar
|
Image 1 of 4
Stained Glass Bookmarks 3d model
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Stained Glass Bookmarks 3d model
Stained Glass Bookmarks 3d model
Stained Glass Bookmarks 3d model
Stained Glass Bookmarks 3d model

Stained Glass Bookmarks

Hello my friends!

So this one's a bit different, and a little bit more freestyle than most of my other work.

First of all, this uses exclusively PETG filaments (Translucent filament mostly, and then PETG Black for the black outlines and borders!). So the 3MF files that I have attached will be primed for PETG filaments.

Secondly! This is where the freestyle part comes in. I think art in this style (also this is my art! So that's kinda special) benefit from a little bit of creativity, so I think you can absolutely get away with mixing and matching colours however you like!

The 3MF and describe have all the settings that I personally used for the bookmarks, but obviously if you decide to go crazy and use other colours, just replace the colours with whatever you like. I would recommend keeping the layer swaps where they are, and just swapping out the colours so that the colours hit the right spots on the model.

For example as you can see in the two images, I made two different wolf bookmark options, one a little more red and the other more green hued, and they both came out great! So really, do what you want!

If you don't have PETG Translucent, I'm sure translucent PLA will work just as well, or even normal PLA (you just wont get the see through effect).

This was really fun to put together, from drawing it on Procreate, right down to messing around with the colour options! I hope you all have as much fun with this as I did!

The instructions are included in the download, in the respective .txt files. The 3MFs have the layer swaps already loaded in :)


7 Likes1 DownloadsNovember 23, 2024
This model is restricted by licensing terms. 

Instructions

Filament

MaterialPETG