

Twist the crown of a mechanical watch and youโre winding a tiny spring, which powers a gear that runs until the spring is completely unwound, some two days later. Maintaining these miniature ecosystems is a skill that takes hours to learn โ 3,000 hours, if youโre as obsessed with keeping time as they are at the Lititz Watch Technicum or โLWTโ (lititzwatchtechnicum.org).
Based in the Amish country of Pennsylvania, this watchmakerโs college accepts just 12 students a year. After a two-year program, graduates can repair anything that ticks, and even fabricate parts.
Jordan Ficklin (watchmakingblog.com), a 2006 graduate of LWT, originally got a degree in computer science but now fixes watches. โWatchmaking tools havenโt changed much in a hundred years,โ Ficklin says. โA few have become motorized, but the tweezers, lathes, and files havenโt changed much.โ
โProbably the hardest skill to master is manipulating the tiny hairspring that controls the rate of the watch,โ Ficklin says. โThe slightest mistake can ruin the work piece.โ
The LWT, funded by Rolex, aims to prevent a watch-repair crisis, as watchmakers have declined in recent decades. Rolex covers tuition, while students are responsible for their own tools, which can run up to $5,000.
Ficklin muses about traveling back in time 150 years. โWatches from that period would have had custom-fit components instead of manufactured pieces with the tolerances we have today. With a modern watch I can just order a replacement and put it in.โ Still, he notes, โEvery day I have to adjust parts so that the play between them and the next component is within 0.01 or 0.02 millimeters.โ
Your grandfatherโs Datejust will reap the benefits of this new generation of watchsmiths.
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