Solder Fume Extractor - With Magnetic Cover
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Solder fume extractor with a rechargeable battery and a magnetic snap on cover, which even allows attaching accessories
- Ocena
- 4,941 / 5
- Polubienia
- 1030
- Pobrania
- 1011
- Wydruki
- 19
- Wyświetlenia
- 13 969
- Oceny
- 17
Aktualizacja u źródła:
Informacje o modelu
- Źródło
- Printables
- Kategoria
- Electronics
- Licencja
- Creative Commons — Attribution — Noncommercial — Share Alike
I wanted to design a fume extractor that had a rechargeable battery and had a modular design if you want to quickly swap filters and such. I also wanted it to have relatively simple electronics inside, so people with less advanced electronics skills could also assemble it.
It's features include:
- A rechargeable 18650 battery cell
- A slim 80x15 mm PC fan
- Space to add a filtering sponge in front of the fan
- A screwless design using 6x3mm round magnets
- Easily swappable front grille
- Easily replaceable filtering sponge
Assembly
To assemble, you'll need to following components:
- 1x 18650 battery cell, any capacity
- 1x 18650 battery holder
- 1x TP4056 battery charging and protection module
- 1x MT3608 step-up converter module
- 1x On/Off switch (14x9mm cutout)
- 1x 80x15mm PC fan (mine is the ARCTIC P8 Slim PWM PST)
- 16x 6x3 round magnets
- 4x m3 threaded inserts
- 4x m3 screws
- 3d printed parts
Wiring

(I couldn't find a single designer app which had all the components I was looking for, so I just drew it by hand. I hope it's good enough…)
IMPORTANT
For the main body and the lid models. When slicing the model, check which layer does the hole end, because you'll need to add a pause at that layer so you can insert the magnets while printing. If you don't wanna do that, there's a version with visible magnets.
If you print lid and main body with visible magnets, you'll need to glue those in. The front decor/grille was designed to have friction fit magnets, but it's a good idea to glue those as well.
If you don't want to use a filter, print the hollow insert, because having a grille in front of the fan will significantly increase the noise it creates.
Edit 1:
Main body - Layer pause required model was the same as the glue-in version, this has been fixed
Edit 2:
Added circuit diagram