I’d like to share the models I created as part of the upgrade to my Elegoo Centauri Carbon printer, designed to implement an active chamber.

In total, there are 5 files:

Two files for securing the wires and routing them out of the chamber, a ramp for circulating warm air, a cover that shields the heater from stray plastic fragments and dust, and a magnetic mount for the heater’s display.

I used 5x10 mm neodymium magnets—6 in total: 3 for the ramp and 3 for the display mount. To embed these magnets into the model, you’ll need to print with a pause in between layers.

To thread the wire through the hole for the coil holder, you’ll first need to disassemble the heater and disconnect the control panel cable. I secured the heater itself to the printer’s frame using the included screws.

I want to share with you the models that I made during the modernization of my Elegoo Centauri Carbon printer in order to get an active chamber.

There are 5 files in total:

Two files for fixing the wires and routing them out of the chamber, a ramp for warm air circulation, a cover that protects the heater from accidental pieces of plastic and dust, and a magnetic mount for the heater’s display.

I used 5X10 mm neodymium magnets. In total, it took 6 pcs: 3 for the ramp and 3 for the display mount. To place them in the model, you need to print with a pause between layers.

In order to thread the wire through the hole for the coil holder, you’ll have to disassemble the heater and disconnect the control panel cable. I fixed the heater itself to the printer’s wall using the included screws.