Glashütte Original dial factory manager Michael Baumann guided Bhanu Chropa through the complex process of manufacturing dials. He explained that depending on the complications of a given watch model, it takes 70 to 80 steps to manufacture a perfect dial. See for yourself in this interesting personal tour behind the scenes in Pforzheim, Germany.
The components of a mechanical watch movement are little more than a series of springs and wheels held together by plates and/or bridges. No matter the configuration, complication or finish, the ensemble is secured by the humble movement screw. So it’s a pleasant surprise that several watchmakers have boldly ventured beyond the thread and the slot to reimagine the movement screw as Ryan Schmidt notes.
In the world of watches, especially with regard to collecting, rarity is a large factor contributing to the cost of a luxury timepiece. The reason is because rarity is almost always an implied condition that seems beyond control (as if it just happens). In this article Joshua Munchow explains why he thinks that out of all the metals, especially the white metals like platinum and white gold, stainless steel is the most precious metal.
Claude Greisler, co-founder and technical director of Armin Strom, talks resonance for the layperson with watch collector Michael J. Biercuk, professor of quantum physics and technology at the University of Sydney and CEO and founder of Q-CTRL.
Resonance. No, it is not a Tesla-themed Evanescence cover band. Resonance is a physics principle that, to be honest, most people will never need to know to go about their daily lives. So what is all the hubbub about resonance these days? It’s a word that is, even in the watch world, so mysterious and rare that it is heard only once or twice a decade. In this article Joshua Munchow explains how resonance works and why it matters.
The Geneva Seal is very old, having been proposed on November 6, 1886 by the Grand Council of the Republic and Canton of Geneva as a way to certify a level of quality for which the canton was becoming known. Every piece produced with the Geneva Seal is equally outstanding, so let’s have a look at what goes into attaining this coveted hallmark.
Chris Malburg highlights some of the finest examples of perpetual calendar watches today and dives into their history.
You may be familiar with numbers such as 18,000 vph, 28,800 vph, and even 36,000 vph describing the frequency of a watch’s hairspring regulator, but few really know what those numbers mean. Watchmaker Ashton Tracy explains why watch frequencies matter, but he oscillates in choosing a winner. Follow the discussion here.
In its simplest form, the equation of time is defined as the difference between the time displayed by the position of the sun (as by a sundial) and the time displayed by any modern clock or watch. But that’s just the beginning; watchmaker Ashton Tracy explains more.
The click spring is one of the smaller components of a mechanical watch, but it is of enormous importance. Ever wondered why the crown doesn’t retaliate furiously and unwind every time you crank it? Without the click spring, a wound mainspring would immediately – and explosively – uncoil like a raging viper in a hat box.