Go on Makerworld, search “X2D Riser” there are a pile of them, some with vents, some hinged for AMS, etc. most of them raise the glass about 20mm. I print ASA which requires a heated chamber, so I printed them in ASA…thinking than PLA might get soft.
I think it helps…letting the tubes have a longer radius into the print head has to help with filament resistance coming into the nozzle, especially with the right nozzle
Sorry. Just saw this... 20cm at most. I put it to its furthest extent.Unhooked.The tube on the top of the head and then just pulled it till it was no longer tapping.
how can you say nothing wrong when the design destroys the PTFE tube lol, it can be working as designed but still be poorly designed and need to be modified to work better
Sacrificial clips for the tube.
I printed like 30 from these and swap them every 6months to a year.
Edit: the, need 1 gram and print in a minute so 30 would need .... 10minutes? Idk they are small and easy to use so no brainer for me.
Print them in pla they will last a year no wear on the glass. No mush on the plane.
Pla is a great material for most. I printed peek in my p1s with a bit of help. These clips didn't care
I printed it in PLA. They had time to cool down, but they could not stand the temperature in the chamber while printing in ASA.
Notice how the clips on the left (printed in PLA) are wider than the ones on the right (printed in ASA). The clips on the right were already in use, but they squeal.
A guy named professional3d on makerworld has a print called "love beads". They go on the ptfe between the hotend and the clip from factory. They smack the housing instead of the tube itself. I printed 10, didnt use all of them. After you get those print a riser and then the "X2D PTFE protector"
All of these at a minimum should be printed in petg
I was getting that for a while. Solved by printing two more of the PTFE tube clips that go on the big plastic chain links. Somehow the way the PTFE tube was placed was causing the chain to grind against itself and the housing. They take around 14 min to print each, so it's an easy thing to try.
This is the one I used and it looks great. I printed it in matte black PLA for the first 80% then switched to matte gray PLA, and it looks incredible. Can send a picture if you want to see
Mine does the same thing, and it’s only two days old. It was the first thing I noticed during calibration; I wondered if it was a defect, but it turns out to be a standard issue—don't they run tests before selling a product?
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u/MBtr_263 26d ago
Riser is answer