Slew Bearing, parametric Design with Fusion 360
by TheGoofy, published
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- Overview and Background
- Lesson Plan and Activity
- Materials Needed
- Duration of Lesson
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Ball-bearings are very popular for 3d-printing. However they often fail for real applications. Using Fusion 360 I've created a parametric design of a "Crossed Roller Slew Bearing". The result is a pretty accurate and robust bearing. The bearing including the rollers is 3d-printed in separate parts. There are a few screws needed to clamp the two halves of the inner race together.
The design process is really straightforward, so I've created a video tutorial how to design this slew bearing in Fusion 360. With some practice, such a bearing can be designed from scratch in less than 20 minutes. For students interested in 3d-Design, I recommend to install Fusion 360 and walk through the tutorial.
The 3d-files available for downloading are a large version with 48 rolls, and a small version with only 10 rolls (top and bottom halves of the race are actually symmetrical, but for completeness both are available as STL).
If you need a bearing with other dimensions, the CAD-files of Fusion 360 are available for download. There are actually two different designs: a basic version with cylindrical rollers, and a more sophisticated version with conic rollers. The CAD-files are also available here:
Overview and Background
Lesson Plan and Activity
- Install Fusion 360
- Repeat the steps demonstrated in the video tutorial
- Print and test the own design
- A 3d-Printer
- Some Bolts and Nuts
Duration of Lesson
1-2 hours + time for 3d-printing
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Slew Bearing, parametric Design with Fusion 360 by TheGoofy is licensed under the Creative Commons - Attribution license.
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- You must attribute (give credit) to the creator of this Thing.
- Remixing or Changing this Thing is allowed.
- Commercial use is allowed.
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