Single-Plate Drying Box_Temperature & Humidity_6028 Fan_V2

This model was printed using P1S and A1, based on a 5.8-liter rice bucket. It does not include the bottom box and filament rack (uploaded in other models). You can adjust the printing according to your specific needs.

Although I've tried to simplify it as much as possible, some manual skills are still required.

To simplify, I tried to use self-tapping screws. If you want a better look, you can insert copper knurled nuts.

Since there is a circuit, it is best to prepare a multimeter for troubleshooting.

The circuit connection uses some wire caps and spring terminals. If you don't have them, you can twist them yourself, just don't short-circuit.

I chose the default Bambu PETG for the material parameters, but you can optimize and adjust it according to your own situation.

It is recommended to use PETG, ABS, or other materials with higher strength. PLA printing is not recommended because it will result in insufficient strength.

I used PET myself. Experienced users can use it, but it is not recommended for beginners.

I set the number of layers for the wall, top, and bottom to 2, 3, and 3 layers respectively. You can adjust them according to your needs, but it is recommended that they be at least 2 layers.

The sealing gasket can be printed in TUP or disassembled from the lid of the 5.8-liter rice bucket. You can also buy a 4mm gasket and make it yourself.

But let me remind you that TUP cannot be put into the AMS. I learned this lesson the hard way. It took me a long time to get the AMS out.

To reduce heat loss, you can also paste heat insulation materials on the box body.