PL: Universal Portable WiFi Filament Runout Sensor - RunoutAnywhere
Don't have a runout sensor? Can't install one? Then RunoutAnywhere is for you! Simply print the case, solder a microswitch to a microcontroller and you're done. See the video here on how this works.
The RunoutAnywhere project is a Universal Wifi Filament Runout Sensor that works with OctroPrint. When it detects filament runout it sends an API call to OctoPrint to pause your printer. It costs about $5 to build one.
This model is NC-ND-AI [Read Model License Terms]
Don't have a runout sensor? Can't install one? Then RunoutAnywhere is for you! Simply print the case, solder a microswitch to a microcontroller and you're done. See the video here on how this works.
The RunoutAnywhere project is a Universal Wifi Filament Runout Sensor that works with OctroPrint. When it detects filament runout it sends an API call to OctoPrint to pause your printer. It costs about $5 to build one.
This model is NC-ND-AI [Read Model License Terms]
Don't have a runout sensor? Can't install one? Then RunoutAnywhere is for you! Simply print the case, solder a microswitch to a microcontroller and you're done. See the video here on how this works.
The RunoutAnywhere project is a Universal Wifi Filament Runout Sensor that works with OctroPrint. When it detects filament runout it sends an API call to OctoPrint to pause your printer. It costs about $5 to build one.
This model is NC-ND-AI [Read Model License Terms]
Printing Tips
This project was designed to be very simple to build, low cost and an easy beginner project. Once you solder the switch directly to the board you will need to configure the software with your OctoPrint URL and API Key. After it is configured simply burn it to the board and you are ready to go. Can easily be completed in an hour or less (once the model is printed).
The case was designed so you can zip tie it. The nice advantage to that is if you have multiple printers you can swap the runout sensor as needed without having one for each printer.
WeMos style ESP8266 Board I used https://amzn.to/2Icmmuf
Limit Switches Used https://amzn.to/2JP54H1
Source Code For WeMos https://bitbucket.org/rwmech/runoutanywhere/
Filament I used to print this in https://amzn.to/311fQzk
When it comes to hardware, I rely heavily on Bambu Lab 3D printers. My A1 Mini https://rb.gy/uofj5 is a staple in my office, while my fleet of X1C Carbons https://rb.gy/9r2az ensures rapid and high-quality production. #ComissionsEarned which help support my free model development.
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