Movement bridge
World’s first 3D printed movement bridge. Project One pushes the limits of what’s possible, using 3D printed steel at a precision 4x thinner than a human hair. More than a watch, this piece is a window to the future of an upcoming technology that offers vast yet largely unrealized potential.
Crown release system
The fully 3D-printed assembly provides a mechanical link with the engine so you can switch between setting the time or winding up the watch. The crown release system also acts as an easy access point for engine servicing.
Chapter rings
Steel and titanium like you've never seen it before: the design of the chapter rings was optimized for the 3D-printing process with built-in heat sinks and complex geometries that would be impossible to machine with traditional methods.
Lugs
Unique geometry that would not be possible to produce with conventional manufacturing methods. An engraved model number on the internal surface adds another element where no drill can reach, and can only be produced with 3D printing.