The tiny, delicate, nearly impossible-to-create hairspring is the one of the biggest advances for modern scientific technology there is. Here Joshua Munchow takes a dive into the muscle of the beating heart of most mechanical watches: the hairspring.
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 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 mean time displayed by any modern clock or watch. But that’s just the beginning. Watchmaker Ashton Tracy explains more.
The jump hour has a long history, but first things first: it can’t technically be called a complication since the accepted definition of complication is a mechanism that provides information other than the time. However, anyone who gives a hoot will say in the same breath that there are many complications that don’t fit that definition and Joshua Munchow couldn’t agree more. But why does he love the jump hour so much?
General everyday contact with magnets isn’t going to cause your beloved wristwatch any real harm, but overdoses of magnetism may still present a problem, causing erratic timing and even stoppage altogether as watchmaker Ashton Tracy explains. What to do when this happens?
Date windows on wristwatches can be a touchy subject. Many feel they are downright ugly and destroy the look of a good watch, while others swear by them as the most useful and affordable complication. Whatever camp you may be in, the date function can be the cause of considerable grief, particularly the rapid-set mechanism.
Out of all the “traditional” styles of hairsprings, the helical hairspring is Joshua Munchow’s favorite because it adds three-dimensionality to the watch. These oscillators are so rarely seen that if you are only aware of five watches with helical hairsprings you already know a significant portion of the modern watches using them. Here are Joshua’s favorite five.
Over the course of 175 years in Glashütte, Germany, some of the noblest elements of fine watchmaking were invented, including the flying tourbillon, the duplex swan-neck fine adjustment, and the three-quarter plate, setting these Germanic masterpieces apart from the venerable art of Swiss watchmaking. Here Sabine Zwettler explains 12 magnificent decorative and technical elements of the Glashütte art of fine watchmaking.
The balance wheel, the critical regulatory organ of a mechanical watch, is expected to deliver a consistent frequency with a tolerance of as little as 0.001 percent. With so much at stake, why complicate things by altering a pure and simple geometric shape? Why reinvent the wheel? Well, here are five balances that definitely did reinvent the wheel.
Adding a few diamonds to a watch: how hard can that be? As it turns out, stone setting is a lot more difficult than many appreciate. Diamond-setting watches requires the expertise and craftsmanship of about half a dozen highly skilled craftspeople, each a master of their craft.