Clock movements are beautifully complex things. Made up of gears and springs, they’re designed to tick away and keep accurate time. Unfortunately, due to the vagaries of the universe, various sources of error tend to creep in – things like temperature changes, mechanical shocks, and so on. In the quest for ever better timekeeping, watchmakers decided to try and rotate the entire escapement and balance wheel to counteract the changing effect of gravity as the watch changed position in regular use.
They’re mechanical works of art, to be sure, and until recently, reserved for only the finest and most luxurious timepieces. As always, times change, and tourbillions are coming down in price thanks to efforts by Chinese manufacturers entering the market with lower-cost devices. But hey – you can always just make one at home.
That’s right – it’s a 3D printed gyrotourbillion! Complete with a 3D printed watch spring, it’s an amazing piece of engineering that would look truly impressive astride any desk. All that’s required to produce it is a capable 3D printer and some off-the-shelf bearings and you’ve got a horological work of art.
It’s not the first 3D-printed tourbillion we’ve seen, but we always find such intricate builds to be highly impressive. We can’t wait to see what comes next – if you’re building one on Stone Henge scale for Burning Man, be sure to let us know. Video after the break.
[Thanks to Keith for the tip!]
I feel inspired by this. Really awesome.
Horology is one of those fields that hits all the right geek buttons.
Great design and build! Design/stl files?
The music in the video is awful.
regarding the video, I thought the sound was appropriate, though I understand your point. But the first minute of the video made me feel a little “car sick” because the camera moved and the device was moving, fortunate the rest of the video was more stable.
regarding the project… wow… what a nice build. Really pretty and fun to see it work. Great project! But I wonder, if this is a clock… then how does it tell time. In other words: where are the numbers and indicators telling you how late it is?
not a clock, just a part .. check the Jaeger Lecoultre Gyrotourbillon watch … it is a lot bigger than the real thing … the real thing is awesome …
But there’s no time display…
” In the quest for ever better timekeeping, watchmakers decided to try and rotate the entire escapement and balance wheel to counteract the changing effect of gravity as the watch changed position in regular use.”
Ahem!
“That’s right – it’s a 3D printed gyrotourbillion! Complete with a 3D printed watch spring, it’s an amazing piece of engineering that would look truly impressive astride any desk.”
Ballmer started it. Coming to an office near you. Flying desks.
I’m not impressed till I see clickspring make one out of a solid cube of brass and a file :P (just kidding, neato!)
What a beautiful gizmo. God I’d love to have an SLS printer someday. I wonder how long it’ll take to get the price of that down to a generally palatable level.
Great work, I can’t imagine any tinkerer jaded enough to not get a rise out of a piece of clockwork like that.
it is printable on normal fdm … check the thingiverse there is already about 5 makes
… which is actually the really amazing part of this work. That other folks have already printed versions of what has to be a labor of love.
Kudos!
use this to replace the quarts crystal in an reverse electro mechanical arduino clock/watch. Very nice work.
Very cool
“if you’re building one on Stone Henge scale for Burning Man”
So…about 18″ tall, then?
https://www.youtube.com/watch?v=071cXxCNj5A