My friends have the latest Bambu printers, but I personally still prefer my Prusa.
The only issue is that as I kept building it, I wanted to add more and more features, so it ended up much bigger than I originally planned.
As an IoT major, my 3D printer has become an essential tool for me.
I’m a university student in Korea, and I used a translator to write this post haha.
Actually, I was just trying to print a normal Benchy..
Hi r/3Dprinting,
I wanted to share a Prusa MK3S enclosure project I’ve been building and documenting. It started as a practical upgrade for my own printer, but slowly turned into a full enclosure + Klipper + air-quality monitoring setup.
Project repo / photo album: https://github.com/Jungoari/Prusa-Enclosure
The main build:
A few photos from the repo:
The most useful part of the build so far has been debugging all the real-world details: rewiring the controller, dealing with fan voltage mismatches, Klipper tuning, first-layer calibration, sensor placement, enclosure airflow, and making the electronics accessible enough that maintenance is not painful.
There is also a research side to the project: I used the air-quality and temperature/humidity data to experiment with early nozzle-clogging warning from multivariate time-series sensor data. But for this post, I’m mostly interested in feedback on the actual printer build: enclosure layout, filtration path, sensor placement, electronics organization, and Klipper conversion decisions.
If you’ve built a Prusa enclosure, done a Klipper conversion, or added filtration/sensors to a printer, I’d love to hear what you would improve.
Thanks!
