100% 3d printed Tourbillon
This is my 100% 3d printed tourbillon model it has no metal parts and uses only PLA. It can run off the stock spring for about 1:20, and it even self starting is assembled correctly.
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Archivos (20)
- Pin.stl STL · 160 KB
- Rachet case.stl STL · 486 KB
- Small Boy v4 V2 was right all along v21.stl STL · 10,8 MB
- Spring.stl STL · 884 KB
- Top Cover.stl STL · 557 KB
- Wheel.stl STL · 520 KB
- Winding Carry.stl STL · 467 KB
- Winding Nob.stl STL · 205 KB
- Winding Spring.stl STL · 404 KB
- Arm.stl STL · 187 KB
- Balance Wheel.stl STL · 800 KB
- Block.stl STL · 88 KB
- Bottom cover.stl STL · 425 KB
- Case1.stl STL · 489 KB
- Case2.stl STL · 330 KB
- Clip.stl STL · 229 KB
- Clip2.stl STL · 229 KB
- Clip3.stl STL · 229 KB
- Gear frame.stl STL · 1,6 MB
- Lower lock.stl STL · 66 KB
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Sobre este modelo
This is my 100% 3d printed tourbillon model it has no metal parts and uses only PLA. It can run off the stock spring for about 1:20, and it even self starting is assembled correctly.
Instead of given dimensions and stuff so you can use it in your own stuff here's the source files available for free off Gum Road (Fusion 360): https://app.gumroad.com/25cogs#OsKSd
All of these parts are printed in normal PLA you will want to make sure that you have your E-step and flow rate set correctly as the tolerances are very tight, I highly recommend you freshly level your print bed. As far as settings go you will want to print these parts with movement speed turned down to prevent blobbing on corners, and leave support material on but very few parts will need it as all parts can be made to sit flat on the build plate.
You will want to print the following parts at .1 layer height, 6 wall lines, no infill needed.
Arm Balance Wheel Block Case1 case2 Clip Clip2 Clip3 Lower lock Pin Spring Winding Spring Wheel
These other parts can be printed at whatever setting you to want but I would still recommend them at .1
Bottom cover Gear frame Ratchet case Top Cover Winding Carry Winding Nob
Also, I made a video covering a lot of the stuff in more detail The shorter assembly process: https://youtu.be/zQoGr4DHVNs
The Troubleshooting of the printing process: https://youtu.be/rid8xmIUg5w
I cover every issue I can think of you many have when assembling: https://youtu.be/aKGySgZwoog
The complete assembly and troubleshooting prosses: https://youtu.be/_W5_7JjLDVw
How to model parts to uses this escapement in your own designs: https://youtu.be/nVgzppsa4Co
Descripción original del autor, publicada en Thangs.