Great informative video 👍 I am starting on the hobby of 3d printing, and as for now, i care more about strength and time of printing than ditail. Also, because I'm going to focus more on mechanical pices than artistic ones, this is very helpful to learn.
I use the 0.6mm nozzle for my parts prototyping, as well. For large, open flow designs (manifolds, tubes/pipes and similar), I've even moved to the 0.8mm size.
Great comparison. But shouldn't be the adaptivelayerhight be compareble to eachother? So 0.08/0.4=20% => 0.6*20%=0.12 and 0.22/0.4=55% => 0.6*55%=0.33 instead of 0.15 and 0.35?
You can clearly see the bigger layer lines on the blue figurine printed with the 0.6 nozzle.
Great informative video 👍
I am starting on the hobby of 3d printing, and as for now, i care more about strength and time of printing than ditail. Also, because I'm going to focus more on mechanical pices than artistic ones, this is very helpful to learn.
I use the 0.6mm nozzle for my parts prototyping, as well. For large, open flow designs (manifolds, tubes/pipes and similar), I've even moved to the 0.8mm size.
Great comparison. But shouldn't be the adaptivelayerhight be compareble to eachother? So 0.08/0.4=20% => 0.6*20%=0.12 and 0.22/0.4=55% => 0.6*55%=0.33 instead of 0.15 and 0.35?