Goal is to build a very cheep but also good cocktailmachine with a Webinterface where you can chosse from predefined Cocktails. Project is based on ESP32 - Dispension is controlled by the HC711 which can deliver accurate dispension (~2ml deviation with swing-compensation).
This Project is in a early development-stage. feel free to contribute code or cocktail recipes.
Web-Interface (Desktop and Mobile) View:
Dialogs for Cocktail and Settings:
- 8 Pumps (12 V) - they also work with 5V https://de.aliexpress.com/item/1005005792284115.html 32€
- Releais-Board (8 Port, ESP32-WROOM) https://de.aliexpress.com/item/1005003999413945.html 15€
- HC711 Measurement kit 5kG https://de.aliexpress.com/item/1005009135360961.html 6€
- Power Unit (also USB-Powerbank possible) https://www.led-universum.de/1000138697 5€
- HT-90° Pipe for outlet (or 3D printed) https://www.bauhaus.info/ht-rohre/ht-bogen/p/13625011 5€
- Pipes (8 Meters, 0.8cm) 15€
- Cables (Loudspeaker cables),
- USB Flashing Device (once for ESP until we have OTA), UART-TTL USB CH340G Adapter with 3.3V Support
- some wood (old wardrobe is good to have)
- Micro-Switches (If you want manual pump control (recommended))
- Drill
- Cutter-Knife
- Screwdriver
- Hot-Glue
- Soldering machine
- Clone this repo and open in Visual Studio Code (with PlaformIO installed)
- Connect your ESP32 Relais Board via USB (use 3.3V!)
- Find your Serial Port
- Flash device (Press and Hold EN while Reset)
- On first flash ESP will be in AP-Mode.
- Connect to the Wifi of the Cocktail-machine and connect to your home-wifi!
- After reboot note the IP-Adress assigned from DHCP (In Logging) (for OTA-Updates)
Make sure you are in the same Network as the ESP. the Network MUST have internet access because the cocktail-images are not stored locally. Open the IP-Adress of your Cocktail machine and setup the pump-pressure value and the connected liquids. please do not connect sparkling liquids - it will not work! Go to the main-page and select your cocktail. make sure you have a glass on the measurement-unit.
Thank you Breme for your strong support building this machine.