I am working on the mainspring now. I will use a much stiffer material, for it - 3D printed carbon fiber. I have used it for some pinions already with very good results
thank you Fitz! I enjoy sharing the development process of my work. I love horological engineering, I often dream of clockwork. 3D printing allows me to make those ideas a physical reality in an intriguing way. Tourbillon 1000% uses a symmetrical co-axial escapement, with a free-sprung balance. Tour
"Since it is very difficult to synthesize perfect crystals of silicon spring, some nano-sized cracks or surface imperfections can remain" Silicon can very easily be made with very high purity, beyond 99%. All of the semiconductors in your computer and phone are made with this ultra high purity silic
try this one: <iframe width="640" height="480" src="/" frameborder="0" allowfullscreen></iframe> EDIT: I embedded the video, so it can be viewed directly in this post. Marcus
horological 3d printing can be thought of in terms of a "pick any two" euler diagram - material, resolution and price. technology exists to print at a resolution usable a watch scale, fully assembled, in suitable materials (different metal alloys), but the price is extremely expensive. it's easy to