This dial started as a very challenging idea.
Not “commercially risky” challenging.
Not “the factory won’t like this” challenging.
Properly challenging. The kind that makes sensible people stop replying to emails.
The brief was simple in the way only stupid briefs are simple:
make a watch dial that looks like a drawing on creased paper.
Not printed paper.
Not “paper texture.”
Not the suggestion of a fold.
Actual creases. Physical deformation. On a dial that still has to tell the time.
Everyone said the same thing, in different accents:
“You can’t crease enamel.”
They were correct.
So we did it anyway.
The Problem With Enamel (And Gravity)
Enamel is a diva.
It wants smooth, calm, predictable surfaces. Even heat. Polite handling. No surprises. Crease it or compress it incorrectly and it does what enamel has always done for centuries: it cracks, flakes, or quietly ruins your day.
Paper, on the other hand, loves being abused.
The challenge was simple to describe and painful to solve:
how do you make enamel behave like paper without reminding it that it is glass?
The answer was not software.
It was not printing.
And it was definitely not making it look creased.
Pressing Without Breaking
The creases are formed using a custom oil press, slow, controlled, and unforgiving. Each dial is pressed individually, because there is no such thing as a repeatable crease that still looks honest.
The trick is where the pressure goes.
It is applied beneath the enamel, not through it. The substrate deforms first, carrying the enamel with it just enough to follow the movement, but never enough to fracture. Too much force and it shatters. Too little and it looks like a prop. There is a narrow, irritatingly precise window where it works.
We found it by ruining a lot of dials.
There is no automation here. No batch settings. No “run 500 and correct later.”
Each dial is pressed, inspected, rejected, sworn at, or occasionally celebrated. One at a time.
This is exactly where most Swiss luxury brands stop.
Not because they lack the skill.
Because this sort of process collapses the moment you try to industrialise it, standardise it, or explain it to a committee that needs margins to behave.
Swiss watchmaking excels at refinement.
It avoids risk.
It does not willingly damage things on purpose.
We do.
Why This Is a Terrible Way to Make Watches
Once the creases exist, the dial is still unfinished. The markings are applied by hand, deliberately after deformation. Printing first would flatten the lie. The ink has to follow the folds, not pretend they are not there.
That creates problems most brands work very hard to eliminate:
Lines that refuse to stay straight
Markers that fall into valleys
Numerals that look faintly annoyed by their surroundings
Good. That is the point.
A drawing on creased paper is never perfect.
It is evidence that someone was there.
Why We Bothered
This is not about novelty.
It is about refusing the idea that perfection equals flatness.
Most modern dials exist to reassure you that nothing unexpected will happen. This one does the opposite. It looks like something you were not supposed to submit, that somehow escaped the studio and ended up on a wrist.
Yes, it is difficult.
Yes, it is slow.
Yes, it makes no sense as a scalable manufacturing process.
Which is exactly why it exists.
You will see it when the watches are ready.
1 comment
This is the basis of what “watch people” like. They can appreciate the difficult engineering, even if they don’t fully understand it. If it was easy, then everybody would do it, and no one would appreciate it. Look forward to the day it’s on my wrist.