As some printer are better or worse at printing holes, I found that for my printer the sprint should be about 0.85 of the CAD size to be a perfect press-fit that won't escape. Printed on a M3D micro with Onyx Black 3D ink from M3D (PLA)
Quick and simple feet with a clever locking mechanism for my old PC chassis
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As some printer are better or worse at printing holes, I found that for my printer the sprint should be about 0.85 of the CAD size to be a perfect press-fit that won't escape. Printed on a M3D micro with Onyx Black 3D ink from M3D (PLA)
foot_computer_sprint.iptipt - 196.00 kB - 02/19/2018 at 22:19 |
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foot_computer.iptipt - 250.50 kB - 02/19/2018 at 22:19 |
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foot_computer.stlStandard Tesselated Geometry - 289.24 kB - 02/19/2018 at 22:13 |
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foot_computer_sprint.stlStandard Tesselated Geometry - 61.90 kB - 02/19/2018 at 22:13 |
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"when you put some force on one corner" :)