This is an exporter for all the data peeps that want to know all the things about their awesome BambuLabs 3D Printer. This was only tested on the X1C.
Supported BambuLabs X1 Firmware: 1.04.01.00
This is an MQTT Exporter powered by Go & Docker. https://hub.docker.com/r/aetrius/bambulabs-exporter
*annotates recent changes or additions| Sample Metrics Here | Metric | Description | Examples |
|---|---|---|---|
| ams_humidity_metric | Humdity of the Enclosure, includes the AMS Number 0-many | ||
| ams_temp_metric | *Temperature of the AMS, includes the AMS Number 0-many | ||
| ams_tray_color_metric | *Filament color in the AMS, includes the AMS Number 0-many & Tray Numbers 0-4 | ||
| ams_bed_temp_metric | *Temperature of the AMS bed, includes the AMS Number 0-many & Tray Numbers 0-4 | ||
| big_fan1_speed_metric | Big1 Fan Speed | ||
| big_fan2_speed_metric | Big2 Fan Speed | ||
| chamber_temper_metric | Temperature of the Bambu Enclosure | ||
| cooling_fan_speed_metric | Print Head Cooling Fan Speed | ||
| fail_reason_metric | Failure Print Reason Code | ||
| fan_gear_metric | Fan Gear | ||
| layer_number_metric | GCode Layer Number of the Print | ||
| mc_percent_metric | Print Progress in Percentage | ||
| mc_print_error_code_metric | Print Progress Error Code | ||
| mc_print_stage_metric | Print Progress Stage | ||
| mc_print_sub_stage_metric | Print Progress Sub Stage | ||
| mc_remaining_time_metric | Print Progress Remaining Time in minutes | ||
| nozzle_target_temper_metric | Nozzle Target Temperature Metric | ||
| nozzle_temper_metric | Nozzle Temperature Metric | ||
| print_error_metric | Print Error reported by the Control board | ||
| wifi_signal_metric | Wifi Signal Strength in dBm |
Step 0: Prereqs
Step 1: Create the env file
Step 2: Clone the Repo
Step 3: Run Docker Compose
This project assumes you have a Grafana/Prometheus Setup. You would point your Prometheus instance to the (host:9101) endpoint. This is not a tutorial on Prometheus / Grafana. Click here for a full stack that includes Prometheus + Grafana + exporter for this.
This program/container would run on a virtual host, raspberry pi, or a computer that has access to the BambuLabs printer. IT is possible to port forward your printer and host this in AWS or off-premise.
Create an .env file. Add the Printer IP you configured when you setup your printer. Add the Printer Password from the Printer Network Settings Menu. Add the MQTT_TOPIC for your printer. This can be achived by loading up an MQTT Application such as MQTT Explorer.
# EXAMPLE .ENV FILE
BAMBU_PRINTER_IP=""
USERNAME="bblp"
PASSWORD=""
MQTT_TOPIC="device/00M00A2B08124765/report"git clone https://github.com/Aetrius/Bambulabs-Exporter.gitcd Bambulabs-Exporter
docker-compose up -dYou will need to likely run an MQTT program to test your connection. You can pull the password from the printer interface manually, or reset it on the printer itself.
Setup prometheus to scrape the node and setup the ports to pull from port 9101.
Give me a shout if you utilize this code base (Anywhere!)tylerwbennet@gmail.com