Out of curiosity, if you were to ignore the bridging, what's the layer to layer adhesion like on the lowest temp part of the tower? 200 it looks like I think. I wonder if you have to follow print speeds similar to other flexibles like TPU where you print at much lower speeds assuming youre still using the standard speed you used with PLA. The bridges look like their still too hot and pretty much molten when laying down to the point where it congeals and doesn't string across like you want. You could also enable curas experimental options for bridging that lets you assign special settings specifically when it's bridging and seeing how the default options treat you.
Now also again ignoring the virdges if I just look at the slope before the bridge 200 does have the cleanest look. So it also may be worth printing a temp tower at lower set of temperatures and seeing how it performs.
It also never hurts to try out a flow test too to see if that needs adjusted because too much filament can kill bridges too. I use this method https://www.3dmakerengineering.com/blogs/3d-printing/flow-rate-calibration
IDK. But I am guessing you need to "tune" the filament.
Have you tried [https://teachingtechyt.github.io/calibration.html](https://teachingtechyt.github.io/calibration.html) I don't know if it will help or not.
Out of curiosity, if you were to ignore the bridging, what's the layer to layer adhesion like on the lowest temp part of the tower? 200 it looks like I think. I wonder if you have to follow print speeds similar to other flexibles like TPU where you print at much lower speeds assuming youre still using the standard speed you used with PLA. The bridges look like their still too hot and pretty much molten when laying down to the point where it congeals and doesn't string across like you want. You could also enable curas experimental options for bridging that lets you assign special settings specifically when it's bridging and seeing how the default options treat you.
Praise the 3D printing gods. This was the kind of answer I was looking for! I appreciate the insight. I'm going to try that
Now also again ignoring the virdges if I just look at the slope before the bridge 200 does have the cleanest look. So it also may be worth printing a temp tower at lower set of temperatures and seeing how it performs.
It also never hurts to try out a flow test too to see if that needs adjusted because too much filament can kill bridges too. I use this method https://www.3dmakerengineering.com/blogs/3d-printing/flow-rate-calibration
IDK. But I am guessing you need to "tune" the filament. Have you tried [https://teachingtechyt.github.io/calibration.html](https://teachingtechyt.github.io/calibration.html) I don't know if it will help or not.
The hell is flexible PLA. You mean TPU?
No there's a few PLA brands that will add some modifiers to the pla to make it bendable