Thingiverse
Turntable
by swehugin
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Hi!
I have made a fully functional turntable with just 2 parts (3 if you want). I am very proud that it turned out so well. You can attach it direcly to an object, for instance a brick using a regular scew. You can also 3d-print the additional top plate if you instead want to lay the object(s) you want to turn on its surface.
The only extra part you need to buy for the turntable to work is Industrial Bearing Steel Balls 6,35 mm in diameter. You need 8 Bearing Balls and I bought mine: 200 pieces from Amazon.se for 111 SEK (around $13, €11): https://www.amazon.se/gp/product/B07VTNXV47/ref=ppx_yo_dt_b_asin_title_o00_s00?ie=UTF8&psc=1
This is a description of the dimensions I used in Fusion 360 if you want to make design improvements or a bigger or smaller remake.
Turntable (first part)
110 mm in diameter
Ring bearing (second part)
100 mm in diameter (outer edges). The ring is 10 mm wide and 2 mm thick. In order to be able to add the 8 bearing balls I added 8 cylinder sh
I have made a fully functional turntable with just 2 parts (3 if you want). I am very proud that it turned out so well. You can attach it direcly to an object, for instance a brick using a regular scew. You can also 3d-print the additional top plate if you instead want to lay the object(s) you want to turn on its surface.
The only extra part you need to buy for the turntable to work is Industrial Bearing Steel Balls 6,35 mm in diameter. You need 8 Bearing Balls and I bought mine: 200 pieces from Amazon.se for 111 SEK (around $13, €11): https://www.amazon.se/gp/product/B07VTNXV47/ref=ppx_yo_dt_b_asin_title_o00_s00?ie=UTF8&psc=1
This is a description of the dimensions I used in Fusion 360 if you want to make design improvements or a bigger or smaller remake.
Turntable (first part)
110 mm in diameter
Ring bearing (second part)
100 mm in diameter (outer edges). The ring is 10 mm wide and 2 mm thick. In order to be able to add the 8 bearing balls I added 8 cylinder sh
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