Vertical Bubble Machine
por heinzdrei
Archivos imprimibles (13)
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stlFunnel.stl
1.1 Mo · 4 084 descargas
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stlPinion.stl
32 Ko · 4 081 descargas
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stlElectronicsBox1.stl
73 Ko · 4 054 descargas
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stlElectronicsBox2.stl
76 Ko · 4 041 descargas
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stlFanHolder.stl
107 Ko · 4 078 descargas
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stlBubbleWand1.stl
235 Ko · 4 063 descargas
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stlSideWall.stl
58 Ko · 4 067 descargas
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stlBubbleWand2.stl
171 Ko · 4 061 descargas
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stlBubbleWand3.stl
125 Ko · 4 061 descargas
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stlWheel.stl
190 Ko · 4 057 descargas
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stlSimpleWheel.stl
165 Ko · 4 041 descargas
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stlBubbleWand4.stl
340 Ko · 4 058 descargas
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stlStand.stl
104 Ko · 4 053 descargas
Descripción
This vertical bubble machine blows bubbles not horizontally, but upwards. I needed this for a project: a witch cauldron from which bubbles emerge, glowing in the dark by having UV-A LEDs at the edge of the cauldron and using a UV bubble fluid.
Normal bubble machines have to blow bubbles in a horizontal or nearly horizontal direction, because the bubble wheel has to be oriented horizontally, with the lower part in a tank of bubble fluid. I had different ideas to overcome this problem, and in the end took a "ferris wheel" like approach.
For building this, you'll need a small 5V geared motor and a 12V pc fan (I used a rather strong one and ran it on the same 5V as the geared motor that's turning the wheel). Just place the bubble machine into a tray containing the bubble fluid.
You'll find detailled instructions to building this in my "Magic Cauldron" instructable here: http://www.instructables.com/id/Magic-Cauldron-Blowing-Glowing-Bubbles/. See for yourself which of the connecting bubble wands you want to print -- just print eight of them and mix them as you like. For my magic cauldron I used smaller ones, but when using just the bubble machine my kid's love the bigger ones very much.
Here's a video of the Vertical Bubble Machine in action: https://youtu.be/LEh5ZPtCJjE
Here's a video of the "Magic Cauldron", for which it was built: https://youtu.be/U5E8Jiy0ujM
And here you can see an interactive rendering of the machine to better understand how it fits together: http://a360.co/2aNOUte