1 hour ago, ghostkeeper said:The reason is that the flow rate for 0.06mm layer height with a 0.25mm core is so extremely low that the material stays inside the nozzle too long and becomes too fluid.
So are you saying the CORE design is less suited for printing tiny things compared to f.e. the UM2 heater design? Even in single extrusion?
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ghostkeeper 105
Nothing is missing from your configuration. There is indeed only the 0.1mm profile.
When developing a 0.06mm profile we ran into some oozing problems. The reason is that the flow rate for 0.06mm layer height with a 0.25mm core is so extremely low that the material stays inside the nozzle too long and becomes too fluid. It was all right if printing large swaths of material in between but if you retract a lot, such as for thin pillars, then it was a big mess of strings.
The Materials & Processing researchers are still working on their profiles for 0.25mm on 0.06mm layer height. It's not clear whether there will be a profile any time soon.
As for higher layer heights, you'll quickly hit the flow limits. I'd think that 0.15mm would still be possible, but I don't think that is the focus for the 0.25mm cores.
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