I am honestly surprised no one took on this challenge. Most combs are attachments on other things or a more, basic and flat approach. This comb does not do that. Most combs hover around 14g. This comb does not do that.

Instead, this comb is a mere 6g! That's right, it takes around $0.12 to print this! This comb is not a flat object

It is a filleted angular comb. Yet, it is precisely calculated so that it is printable in under an hour! This comb also uses an unheard of technique.

This technique was born from my pure hatred in having to swap out a filament just because of a material flaw! Most tiny-tooth combs rely on PETG for an easier print! Not me! Bring the pain! Bring the 8 hours of print and re-printing in refusal to get out of this chair and stand in front of that infernal machine to manually swap the filament!

What is the technique? Hmm, I shall call it Joint Brimming. You see, the brim, when placed on this comb, causes leftover plastic leading to the end teeth bending or breaking.

So I specificaly spliced the end points and made the comb into Part A and Part B in the file. If you regularly slice it directly into Objects, it rearranges the objects, so you first have to slice into parts and then split into objects to prevent it from moving. Once in object form, it allows you to isolate the brim to only the needed part of the model. Additionally, it creates a very minute tear-away component that leaves a clean finish.  

That is when the sweet, sweet classive ribbing sound of victory can be acheived. This required 5 re-designs and over 2 days of consistent printing to perfect.