Micron tolerances forged on the physical bench.

Modern consumer devices and precision instruments often suffer from the limitations of purely digital simulation. When components must interact under physical load, simulated tolerances routinely fail to account for microscopic metallurgical friction and thermal expansion.

By applying classical Swiss escapement geometry and hand-finished bench discipline to modern titanium and brass alloys, we ensure that every physical assembly achieves absolute tactile resistance and mechanical authority before production commitment.

Drawings do not tick

Theoretical models provide a foundation, but true mechanical reliability is proven only at the bench. Our atelier maintains deliberately small capacity to ensure every instrument passes the master benchmaker's eye, verifying resistance, alignment, and micron-level engagement directly in metal.

We measure in microns because daylight between moving components is never an accident. A surface is not finished when it catches the light; it is finished when its geometry cannot be improved by further tactile refinement.

Begin a private working session

Discuss high-tolerance prototyping and mechanical architecture directly with our design leads in Biel/Bienne.