Thanks, thats what i wanted to know:
Based on this we did the extrusion stress test (something like this) and we reached 24³mm/s with a .8mm nozzle.
So whats this stress test? Can you share the model?
Thanks, thats what i wanted to know:
Based on this we did the extrusion stress test (something like this) and we reached 24³mm/s with a .8mm nozzle.
So whats this stress test? Can you share the model?
Based on this we did the extrusion stress test (something like this) and we reached 24³mm/s with a .8mm nozzle.
So i want to repeat this stress test with my printer, can you share some more information on this test and its results?
* Can you share the model (gcode and STL file)? Some info's about settings (layer height, speed, temps and so on)?
* Pictures or even a video of the test and it's result?
It depends on a few things, like shape, size and print profile settings.
A very small model can not be printed with 24mm³/s, mainly not because there it can not extrude more, but because the filament doesn't have enough time to cool.
So two parts of the spectrum should be kept in mind, on one end you have the capacity on how fast it can heat and extrude, on the other end the time plastic usually takes to cool down and get ready for the next layer.
Based on this we did the extrusion stress test (something like this) and we reached 24³mm/s with a .8mm nozzle.
Which does not mean everything can be 3D printed at this speed.
Does this answer your question?
I have no doubt you reached 24³mm/s because the original UM2 feeder can easily reach 15³mm/s with a 0.4mm nozzle !
- Are you kidding?the original UM2 feeder can easily reach 15³mm/s with a 0.4mm nozzle
Please show me pictures/videos of such a 15mm³/s with 0.4 nozzle print and/or its results...
To the original question:
Thank you for your post. Let me see if I can supply you with the requested materials
I had an e-mail this morning from my UM2 supplier, now stating the upgrade Kit is ready to be purchased, How many months is it,,, Not AT ALL IMPRESSED.
Well despite being very late, you should have it soon?
MMM I cancelled it, to little and way to late.
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SandervG 1,521
It depends on a few things, like shape, size and print profile settings.
A very small model can not be printed with 24mm³/s, mainly not because there it can not extrude more, but because the filament doesn't have enough time to cool.
So two parts of the spectrum should be kept in mind, on one end you have the capacity on how fast it can heat and extrude, on the other end the time plastic usually takes to cool down and get ready for the next layer.
Based on this we did the extrusion stress test (something like this) and we reached 24³mm/s with a .8mm nozzle.
Which does not mean everything can be 3D printed at this speed.
Does this answer your question?
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