The 3D Printed Marble Machine #2 - Design by Tulio
The 3D Printed Marble Machine #2 - Design by Tulio
3D
Published 2015-05-16T18:38:21+00:00
The 3D Printed Marble Machine #2 - Designed by Tulio Laanen
Video: https://www.youtube.com/watch?v=4uJugZ2lUi4
After success of my First 3d printed marble machine, I've been able to make "The 3D Printed Marble Machine #2" become reality.
As a first year student at the Fontys School of Fine and Performing Arts, Netherland. I'm producing the marble machines in my spare time, with the intention to develop my own skills in my way of thinking about art swell as technical skills.
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If you want to support me, feel free to Donate, PayPal, http://bit.ly/1GovCl0 (a minimum of 1$ /€1 or your just paying for transaction;)
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Check out my first 3D Printed Marble Machine as well:
Thingiverse: http://www.thingiverse.com/thing:615203
Video: https://www.youtube.com/watch?v=0wrA-zyLiBg -
Contact mail: tuliolaanen@gmail.com
- Upload an image if you made one.
Print at 0.2 mm layer height, with 10% infill. This uses 364 g of filament and takes 85 hours and 36 minutes. Its very simple! • I recommend slicing with with Cura: https://ultimaker.com/en/software/list • Optimal settings: Layer height: 0.1 (0.2 optional for faster print) Shell thickness: 0.8 Bottom/Top thickness: 0.6 Fill Density: 25% Print speed: 40 mm/s No Support, brim or raft needed. • use 9.5 - 10mm ball-bearings for Marbles • And print! (I Printed on Ultimaker 2) Explanation different download files: • The_3D_Marble_Machine_2stl this is the original file. Works the best with given instructions above, which means slicing with Cura. • Repaird_The_3D_Marble_Machine_2.stl Fixed version, if your not using cura, or if you're experiencing problems while slicing. • The four parts in separate STL files: Cap.stl, Turning wheel.stl, Lift.stl, Track.stl • Lift_separate-without cilinder.stl The Lift part separate but without the support cilinder around it, if you prefer to print it with a brim or a raft.
| Date published | 16/05/2015 |
| Time to do | 5136 - 5146 minutes |
| Material Quantity | 364 g |
| Dimensions | multiple parts |
| Complexity | Medium |