that touch sensor is very good to make sure you don’t need to calibrate z offset. saves you from having to fiddle with it, and always makes perfect 1st layers. excellent upgrade.
I mean, it doesn’t have to be, but printing upgrades for your printer is part of the fun. But my job does have a maker space I could use.
Honestly the calibration would only take an hour or so, I just have to get around to it. The longest part will be setting up Klipper on my pi4 to replace the less powerful ODROID I’m currently using, because I plan on starting from scratch with the config.
Kinda, but they all need to be done before I can start printing again. I replaced the entire hot-end, so I basically have to redo everything:
And all of that is just so I can print a mount to use a magnetic z-stop (normal is contact probe), then I get to do it all over again.
Then I need to do temperature and acceleration towers for each filament material.
that touch sensor is very good to make sure you don’t need to calibrate z offset. saves you from having to fiddle with it, and always makes perfect 1st layers. excellent upgrade.
You mean the PINDA touch sensor?
yes, or others. there are probably better alternatives but this will already help a lot.
Must the magnetic z-stop mount be printed on your machine specifically?
If yes; do a calibration step or two each week and you’ll be done by xmas
If no; print one at a local makerspace/public library then do a calibration step or two each week and you’ll be done by Thanksgiving!
I mean, it doesn’t have to be, but printing upgrades for your printer is part of the fun. But my job does have a maker space I could use.
Honestly the calibration would only take an hour or so, I just have to get around to it. The longest part will be setting up Klipper on my pi4 to replace the less powerful ODROID I’m currently using, because I plan on starting from scratch with the config.