Building a Functional 3D‑Printed Clock: Tourbillon Module with constant force mechanism

This video details the assembly process of the Tourbillon, one of the ten engineered modules that form the complete 3D‑printed clock. Each module has been optimized for FDM 3D printing, with calibrated tolerances, controlled clearances, and geometry designed specifically for reliable filament‑based manufacturing.

This series provides technical, step‑by‑step assembly instructions for all sub‑assemblies, enabling precise construction, alignment, and functional integration of the entire mechanism. The project incorporates complex kinematics, rotating components, and load‑bearing printed parts, all achievable on standard consumer‑grade 3D printers.

If you are using the provided STL files, ensure that your print settings match the recommended parameters for dimensional accuracy, layer adhesion, and mechanical performance. Proper orientation, cooling, and print speed are essential for achieving the required tolerances.

Enjoy the build — and may your prints be precise and your calibrations spot‑on.
All STL files for the project, along with detailed PDF instructions, can be found under the link provided below:
https://www.myminifactory.com/frontier/an-experimental-triple-axis-escapement-clock-5508?referral=5d046c8f

Видео Building a Functional 3D‑Printed Clock: Tourbillon Module with constant force mechanism канала TomaszFortyFour