obico-server VS OctoPrint-PSUControl

Have a look at Obico, formerly known as the Spaghetti Detective (or is it a fork? I don't know).

https://github.com/TheSpaghettiDetective/obico-server https://www.obico.io/docs/server-guides/configure-octoprint-plugin/

Obico can pause prints when it detects they've failed (via a camera). If you have Octoprint, you can install it as a plugin.

The Obico team has created the Orange Pi Zero 2 for OctoPrint software to provide a way to easily install OctoPrint. We have tested the software with over 100 users and we are now making it available to everyone.

I wouldn't say that. As soon as we can see a justifiable interest, we (the obico team) hope to deliver a board with an easily installable image for OctoPrint, ideally using the raspberry pi imager, within a month or so.

Actually I’m a team member at Obico and have no affiliation with bambu except that I bought their printer.

It’s Obico’sAi failure detection meter watching for print failures.

The Spaghetti Detective - Monitors my 3D printer for print failures and, if a failure is detected, my print is automatically stopped

Replying to my other comment about the logs: Try enabling logging as detailed on the PSU-Control github. (I enabled both 'psucontrol' and 'psucontrol-tplink' to "debug" level).

Thanks for pointing me towards plugins. Didn't realize those would have the power to cause that kind of issue. Looks like it's probably my Home Assistant PSU Control plugin. Lots of error spam from it in my logs, and I found this issue: https://github.com/kantlivelong/OctoPrint-PSUControl/issues/262

Same. I use a TP-Link KP303 strip with the PSU Control plugin on OctoPrint. It cuts power 10m after the hotend and bed cool to 50c.

A few days before going the Home Assistant route I had installed the PSU Control plugin to be able to turn it off/on. It worked, but I thought it would be easier if I managed it with Home Assistant as it gave me many more options for including several conditional checks. Not to mention if I wanted to adjust the logic it was much quicker/easier to edit Home Assistant automations than to have to edit the plugin settings each time and hope I didn't screw it up.

Also, if you're willing to play with some wire cutters you can use a plugin for OctoPrint to turn on/off your 3D printer directly from the OctoPrint web interface. (Although if you go with the docker container you'll need to pass through GPIO control for this to work by mounting /dev/gpiochip0).

EDIT: this plugin https://plugins.octoprint.org/plugins/tplinksmartplug/ based on the more generic power control plugin https://github.com/kantlivelong/OctoPrint-PSUControl

Really need more info about your configuration. With the exception of catching M80/M81(configurable) PSU Control doesn't modify outgoing GCode. Logs also help. https://github.com/kantlivelong/OctoPrint-PSUControl/wiki/Troubleshooting#how-to-provide-logs