Weaving the dial

People assume the hardest part of our watch is the movement. It isn’t. The hardest part is the surface you look at every time you check the time: a mesh woven by hand from sterling-silver wire, 0.4 millimetres thin.

The idea came from the fencing of the arenas where I learned discipline — but the execution owes more to textile work than to watchmaking. Silver wire arrives soft and springy at once; it kinks if you look at it wrong, and every kink is permanent. Weaving it means pulling each strand over and under against the tension of all the others, keeping the spacing even without a machine deciding it for you.

Why silver, why 0.4 mm

Silver takes light like no steel does — it goes from white to graphite as the watch turns on the wrist, so the dial never looks the same twice. The wire gauge is a compromise fought in tenths of a millimetre: thick enough to hold its geometry for decades, thin enough that the weave stays airy and the movement remains visible through it.

A dial of 22 parts

The mesh alone isn’t a dial. It is cut to the octagon and seated into a construction of 22 individual parts on a ground of glass-bead-blasted, anodized aluminium — red or deep blue, depending on your corner. The bead-blasting matters: it kills every reflection behind the weave, so the silver floats on a field that reads as pure colour.

When the last part seats and the mesh sits true under the loupe, you understand why no one had done this on a wristwatch dial before. It isn’t that the idea is complicated. It’s that the idea refuses every shortcut.

Slow surfaces are honest surfaces. A machine could approximate this weave — and everyone who looked closely would know. The unevenness you will never quite find, the light that catches a crossing here a hair differently than there: that is the record of a person making a thing once, for you.