This is going to be a new series of posts which do an elaborate research on optimizing 3D printed parts.
Why am I doing this?
Because I don’t like wasting print filament, even when it is dirt cheap… You can get 1 kilogram of poly lactic acid, perhaps the safest material to print, for as little as $20.
For something so cheap, why bother about wasting or not?
No. That’s a bad attitude. It is not sustainable to waste plastics, knowing how they are made.
I once reloaded a new filament on an ultimaker but forgot to stop the process. Do you know what happened? The hit extruder kept releasing the filament.
Well, you might say, just end the process when you see the extruder releasing the material
And I’d do exactly that. But I got caught up in another work and completely forgot about this. The bigger issue was I had kept the 3D printer on… overnight… The new filament (an entire kilogram of it) was turned into a thin string of plastic when I realized what had happened.
What a waste!
I don’t like it when waste happens for unnecessary reasons, be it food, or in this case printing material.
This series will show– mostly through technical means, but also influenced by good design practices– how to curb wasting the 3D print filament in general, by playing with the printer to get the best quality prints.