3D Printing A Lazy Susan
My fiancé Amy has a craft show coming up next weekend, and it is time for me to cross a quick item off the to-do list by making a DIY Lazy Susan! The shoppers are always turning the necklace stand Amy uses to display her things, and it doesn't spin. I have an idea of how to fix it - 3D printing to the rescue!
I created a design in Fusion 360 that uses 6mm diameter BBs. I used a revolve to cut away the space to contain the bearings. I calculated the BB tracks' circumference to accept an even number of BBs without any extra space. I then extruded an extra 0.5mm from the top and bottom to allow for clamping pressure and added some 20mm feet to the bottom.
Loading the BBs in the grooves was made more convenient by taping some cardstock around one of the 3D printed parts so the BBs couldn't escape. I then secured the two halves together with an M5 x 12mm hex bolt and an M5 lock nut.
Finally, I attached the Lazy Susan to the bottom of the necklace stand with carpet tape and added felt feet to prevent slipping on the table.
🚀 STL FILES: https://www.thingiverse.com/thing:4638631
🍺 SUPPORT MY CHANNEL: https://paypal.me/acwrightdesign
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🚀 FOLLOW ME OR GET IN TOUCH
Instagram: https://instagram.com/acwrightdesign
Twitter: https://twitter.com/acwrightdesign
Pinterest: https://www.pinterest.com/acwrightdesign
Github: https://github.com/acwright
📦 ITEMS I USED IN THIS VIDEO
As an Amazon Associate, I earn from qualifying purchases. I get commissions for purchases made through links in this post. They help me to be able to create more content for you. Thank you for your support!
BBs: https://amzn.to/2N6ziZ2
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#diy #3dprinting #3dprintingtimelapse
Видео 3D Printing A Lazy Susan канала A.C. Wright
I created a design in Fusion 360 that uses 6mm diameter BBs. I used a revolve to cut away the space to contain the bearings. I calculated the BB tracks' circumference to accept an even number of BBs without any extra space. I then extruded an extra 0.5mm from the top and bottom to allow for clamping pressure and added some 20mm feet to the bottom.
Loading the BBs in the grooves was made more convenient by taping some cardstock around one of the 3D printed parts so the BBs couldn't escape. I then secured the two halves together with an M5 x 12mm hex bolt and an M5 lock nut.
Finally, I attached the Lazy Susan to the bottom of the necklace stand with carpet tape and added felt feet to prevent slipping on the table.
🚀 STL FILES: https://www.thingiverse.com/thing:4638631
🍺 SUPPORT MY CHANNEL: https://paypal.me/acwrightdesign
--------------------------------
🚀 FOLLOW ME OR GET IN TOUCH
Instagram: https://instagram.com/acwrightdesign
Twitter: https://twitter.com/acwrightdesign
Pinterest: https://www.pinterest.com/acwrightdesign
Github: https://github.com/acwright
📦 ITEMS I USED IN THIS VIDEO
As an Amazon Associate, I earn from qualifying purchases. I get commissions for purchases made through links in this post. They help me to be able to create more content for you. Thank you for your support!
BBs: https://amzn.to/2N6ziZ2
--------------------------------
#diy #3dprinting #3dprintingtimelapse
Видео 3D Printing A Lazy Susan канала A.C. Wright
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