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Your understanding is correct.

Hi, I can't help with your problem, but the attached files (STLs) don't help finding the issue. It would be good if you post the gcode file that works and a gcode file, that doesn't print, and perhaps the corresponding cura project files. These are the informations, the gcode-cracks in this forum normally need 😉. Regards

I have this same issue on an S5. The logs fill up with ~85MB over several days, filling the device entirely. At that point, the S5 shows as being on the network, but is basically inoperable. There are three ways I've found to get the printer back into an operable state: 1) Factory Reset 2) Cura Connect Reset 3) SSH into the printer, and clean the log files directory, then reboot the printer (via the CLI) Once one of those three steps is taken, the printer will be operable again for between 2 and 10 days, at which point the cycle repeats.

Hi, like @MadHatter mentioned, checking the 14mm-gap is the first thing that should be done at the "offset error" - if the diagnosis of the capacitive sensor is positive. The two most helpful things for this are in my oppinion: 1. this youtube-video, provided by @fbrc8-erin: https://www.youtube.com/watch?v=S2VFp6AqoMg 2. this small tool, provided by @IRobertI: https://www.youmagine.com/designs/um3-buildplate-distance-tool (unfortunately, only works with UM3, not with S5 or S3) Regards

in addition: all parts of the print cores are documented (if you want to dig deeper...): https://github.com/Ultimaker/Ultimaker3#ultimaker-3

The purpose of the setting is to try and print walls thinner than your line width/nozzle size, to do this it under extrudes where the thin wall is to print a thinner line width. And this is the setting that along with a smaller nozzle can help you print the model as designed as I showed above. If you want the models thin walls to be printed thicker than designed, then if the slicer could it would mean the printed model would not match the sizing of the 3D model what would make for many many problems with fit and other problems with other models if it acted in that manner.

What is that? Thanks for your feedback. @SandervG, your are saying "warm" water, so as your are from Ultimaker, do I take it that there is no specified optimal temperature in the material specs or from laboratory tests? So I take from your replies, that there is no simple way got solve the glibbery leftover bits in the corners, holes and cavities without manual intervention. It funny. The first consumer SLA guys came up with extra UV curing devices all customers needed to buy after a few years. Are we looking here for new devices to remove PVA suppo