derdigge wrote:Many thanks for the answer. What nozzle length shall i use?
It's the nozzle bore (or throat) length you need, which for many E3D nozzles is 1.5 times the nozzle diameter (so length = 0.6mm for a 0.4mm nozzle)
Peter
EDIT: Just had a look at the nozzle drawing; it may have the same thread and overall length as an E3D, but its internal geometry is quite different It appears that the only drawing available shows a 3mm nozzle.
You can be proud of this piece of software! Its not a "beautiful toy" like other. It is a very efficient tool. I love it, it loves me
This week i tried to discover the tuning wizards. What a great idea! Are the stls you made them for available? just found the one for temps.
Destringing is an easy draw. But i cant understand the explaination for the preload for example.
I know this is a little stale- attached is the 4 pillar destring that I think lonesock produced at one point.
Preload is not immediately intutive. There are a couple of discussions here and on sublimelayers.com blog posts and youtube videos.
What printer are you trying to tune to? It is really more for bowden machines.
If you have a direct drive extruder, it may not make much difference. We might be able to give you a sense of the range to expect for your hardware.
Same model as temp and flow tuning but with 20% rounded infill. You are looking for the point where the internal stringing stops. Look at the nozzle travel paths to narrow down where to look.
Its a hard thing to cleanly photograph unfortunately.
I run 2 trials- one from say 0-3 and then one near the range from my first iteration results, say 1.8-2.3 if the number is somewhere around 2. iir, it varies the numbers by 10 steps over the 25mm height.