Basilisk Fang.
STLs are provided to print mirrored halves or the whole fang in one piece. I decided to print in two halves and then superglue. I printed at 0.28 layer height and 15% cubic infill with 4 walls from eSun Cool White PLA+. I aligned the base on a scrap piece of paper while gluing and everything lined up nicely. It is stable enough on end to stand upright without issue.
I modelled the curvature of the fang in OpenSCAD and then used blender on the result to make it look more realistic.
Below is the OpenSCAD code I wrote and then experimented with to make the fang look he best to my eye for anyone interested. The code isn't pretty and does takes a little while to render but seems to accomplish more or less what I wanted… If I recall correctly, I scaled the OpenSCAD stl down by half before “sculpting” the bottom in Blender.
//basilisk fang
$fn=100;
thickness=28;
layers=290;
width1=1;
shift=.64;
for(i=[-50:layers]){
translate([0,i*shift-2*i*.001*i,i*width1]){
cylinder(h=width1,r=thickness-i*.089);
}
}
I smoothed the OpenSCAD stl in blender and then sculped the wide end by eye to what I think looks half decent and then I cut it in half and mirrored the better looking half for symmetry.
Enjoy!
The author marked this model as their own original creation.