Quartz Watches: A Brief History, How They Work and More (2024)

It used to be that you'd have to fork over hundreds, even thousands, of dollars for a new Quartz watch. Today, Quartz watches are so common you can find them in cereal boxes.

But what are Quartz watches? And how do they work?

When it comes to Quartz watches, it’s all about the technology behind the tick in this type of watch movement. In this post, you'll learn everything you need to know about Quartz watches.

But first... what is quartz?

What is Quartz?

Quartz is a mineral abundant around our planet. In fact, in Earth's continental crust, quartz is the second most abundant mineral. Felspar is the first.

Quartz is crystalline and composed of silicon dioxide, or silica. And it has some pseudo-mystical properties... which we'll get into later.

Before we get into what makes quartz unique, let's cover a very brief history of Quartz watch technology. Quartz movement was invented in 1927 but the modern era of Quartz wristwatches starts way back in 1969...

A Brief History of the Quartz Revolution

Before the 70s, watches were powered by relatively complex Automatic and Manual watch movements. These types of Mechanical movements require input from the wearer to work.

For example, Mechanical watches require winding every so often. And if you forget, well, your watch loses track of time.

The invention of Quartz watches solved that problem.

Seiko unveiled the first Quartz wristwatch at the very end of the 60s, on Christmas Day 1969. The new technology was a hit and turned the watch industry upside down in a dramatic way.

This movement type became so popular that it eventually led to what's been named the "Quartz crisis". The Quartz crisis refers to the years following the advent of Quartz movements and the subsequent upheaval of the Swiss watchmaking industry.

So what made Quartz so popular? Keep reading to learn about how Quartz watches work and what made them take off.

How Do Quartz Watches Work?

As the name implies, Quartz clocks and watches make use of a peculiar trait of quartz crystals.

The trait is called piezoelectricity and it's at the center of what makes Quartz movement so cool. When pressure is applied to a quartz crystal, it emits a small electrical charge. There is also the reverse piezoelectric effect - where a quartz crystal will oscillate at predictable intervals when an electrical charge is applied to it.

A Quartz watch works by taking advantage of this effect for impressive results. A small microchip circuit within the watch applies a charge to a quartz crystal so that the quartz crystal oscillates at 32,768 times per second.

The microchip circuit then detects these oscillations, and turns them into an electrical signal each time it counts the final 32,768th oscillation. This signal, which occurs every second, is what powers the hands of a Quartz watch.

So, what are the benefits and drawbacks of Quartz watches? Let's get into 'em!

The Upside and Downside to Quartz Watches

As mentioned before, Quartz watches changed everything in the world of watches and watchmaking. We've also covered the technology that makes these timepieces so cool.

But what does all this actually mean for people like us — everyday watch wearers?Here's how this part of wristwatches plays into everyday watch use.

Upside #1 - Ease of Use

The most obvious benefit of Quartz watches is that you don't need to do anything to make them work. Mechanical timepieces like Automatic and Manual watches require winding. And if you don't wind your watch, time stops ticking.

Or, your watch stops at least.

Quartz watches never require winding because they rely on electricity to keep ticking, not any user input.

Upside #2 - Accuracy

Quartz watches are more accurate than their Mechanical predecessors. That's because in Mechanical watches, gravity has a lot to do with the inner workings. And at different altitudes, gravity has different effects.

So, a Mechanical watch will run at a different speed at sea level versus on the top of a tall mountain. Gravity has a much more limited effect on Quartz watches, helping them stay more accurate.

Upside #3 - Affordable

Mechanical watches require a high level of skill and craftsmanship to make correctly. And that level of skill doesn't come cheap! Because quartz is abundant and the level of skill needed to make Quartz watches is lower, Quartz watches are generally more affordable than their Mechanical counterparts.

In fact, they are so much cheaper to make that it's not rare for a Quartz watch to be a "free bonus" in things like children's cereal boxes.

Downside #1 - Batteries

Quartz watches use battery power to stimulate the quartz crystal with electricity. That's not the case with Manual and Automatic watches, which store energy that has been inputted by the user.

So, one downside with Quartz watches compared to Mechanical timepieces is that you'll eventually need to change your battery.

However, Quartz watches use such little power that a single battery can last for several years.

For Quartz watches that run off solar power, check out our post on how solar watches work. For other watch types, here's our full guide to how watches work.

Downside #2 - Craftsmanship

Many serious watch collectors will favor Manual or Automatic watches over Quartz watches simply because of the craftsmanship. But that doesn't mean Quartz timepieces are necessarily inferior!

To wrap things up, here are common questions people have about Quartz movement watches.

Quartz Movement FAQs

Does a Quartz watch need a battery?

Yes, Quartz watches require a battery in order to pass an electrical charge to the quartz crystal. These batteries usually last several years since the watch doesn’t require much power to keep it ticking.

Check out this chart if you need to replace your Nixon watch battery.

What does quartz do in watches?

In Quartz watches, a small electrical charge is applied to a quartz crystal. Because quartz is piezoelectric, it oscillates when electricity is applied. The quartz crystal oscillates at a rate of 32,768 times per second. On the final 32,768th oscillation, a microchip circuit triggers an electrical pulse that is used to rotate the watch hands.

How long do Quartz watches last?

Quartz watches last for a long time (as long as you change the battery when it dies). Quartz doesn't degrade easily, so as long as you take good care of your watch, it should last for many years!

Quartz Watches: A Brief History, How They Work and More (2024)

FAQs

How did the quartz watch work? ›

A Quartz watch works as: A battery produces a current in the watch circuit, of which the quartz crystal is a part. This current causes the quartz to vibrate at precisely 32768 times a second. The circuit counts to oscillations and turns each 32768 vibrations into one electric pulse.

When was quartz first used in watches? ›

On December 25, 1969, Seiko launched the world's first quartz wristwatch—the Seiko Quartz Astron 35SQ. The price was 450,000 yen, around the same price as some of the popular cars of the time.

What makes a quartz watch special? ›

Quartz clocks and quartz watches are timepieces that use an electronic oscillator regulated by a quartz crystal to keep time. This crystal oscillator creates a signal with very precise frequency, so that quartz clocks and watches are at least an order of magnitude more accurate than mechanical clocks.

What is the oldest working quartz watch? ›

The Astron 35SQ was the world's first quartz wristwatch in the world and it changed the watch industry for ever. The unique design was by Kazunari Sasaki of Suwa Seikosha. The Quartz Astron went on sale December 25, 1969. Quartz (Caliber 35SQ, diameter 30 mm, thickness 5.3 mm).

Does a quartz watch need a battery? ›

Quartz movements are powered by batteries, no winding required. Batteries inside the case send electric signals to a quartz crystal, causing it to vibrate 32,768 times per second. Those vibrations are then measured by a circuit and converted into a single electric pulse once a second.

How long do quartz watches work? ›

Longevity: A quartz watch can last the user for 20 – 30 years, as the electronic components of the watch will eventually wear out. A well-maintained mechanical watch will outlive the original purchaser. High-end mechanical watches can be heirloom pieces, passed down from generation to generation.

Who made the world's first quartz watch? ›

Seiko Epson (then Suwa Seikosha but referred to below as Epson) succeeded in developing the world's first commercial quartz watch. That was more than half a century ago, in 1969.

What is the most accurate quartz watch in the world? ›

Citizen CTQ57-0953 Chronomaster

Its precision is achieved through a high-frequency quartz oscillator, oscillating at an astonishing rate of 8,388,608 Hz. This level of frequency translates to a watch that deviates by only about ±5 seconds per year, a remarkable feat in the world of horology.

Did Rolex ever use quartz? ›

The End Of The Affair. Rolex stopped making quartz watches in 2001 but they continued to appear in Rolex catalogues until 2003. Interestingly, this was a year before the company purchased the Aegler manufacture, which had been making its mechanical movements for years. It was a clear statement of intent.

What powers a quartz watch? ›

A quartz movement utilizes a battery as its primary power source and is typically the type of movement that you will find in your standard, no-frills watch. To create power in quartz watch movements, a battery sends an electrical current through a small quartz crystal, electrifying the crystal to create vibrations.

Are quartz watches 100% accurate? ›

To say how accurate the quartz technology is, a standard modern quartz movement has an accuracy of plus or minus 10 seconds per month, which means about 0.3 seconds per day. A COSC-certified mechanical chronometer has a maximum permissible deviation of -4/+6 seconds per day - 30 times less precise, on the average.

What is the history of the quartz clock? ›

In 1927, Warren Marrison, a Canadian engineer working at Bell Telephone Laboratories, developed a clock that kept time using the vibrations of a quartz crystal. Quartz clocks were more accurate than any mechanical timekeeper, gaining or losing only a second in three years.

Why do quartz watches stop working? ›

As quartz watch movements are battery powered, quartz watches generally stop working due to the following reasons: The most common reason – dirt becomes embedded in the movement. Oxidation and corrosion forms around the battery. Mechanical problem – motor becomes stuck.

When did Rolex stop using quartz? ›

The era of the Rolex quartz watch ended in 2001, after less than 30 years. The Rolex Datejust Oysterquartz began to appear in auction catalogues, becoming a valued collectors' object.

How did Rolex survive the quartz crisis? ›

So it wouldn't be surprising to hear that Rolex also made quartz movements and developed its own technology, which in part explains why it survived the Quartz Revolution. As we will see below, the Swiss brand went a step further in embracing the trend of battery-powered movements.

How does a quartz clock mechanism work? ›

The battery inside a quartz clock, watch or timepiece sends electricity to the quartz crystal via an electronic circuit. The quartz crystal produces vibrations to echo around the timepiece and back into the internal forks, causing the fork's prongs to vibrate 32,768 times per second.

How did watches work before quartz? ›

Until the middle of the twentieth century, watches were powered by winding a mainspring. The mainspring would turn gears, thus moving the hands of the watches. The quartz watch surfaced in the 1960s. These watches ran on electricity.

How did watches work before batteries? ›

The watch was developed by inventors and engineers from the 16th century to the mid-20th century as a mechanical device, powered by winding a mainspring which turned gears and then moved the hands; it kept time with a rotating balance wheel.

How long does a quartz watch battery last? ›

How long does a quartz watch battery last? The lifespan of a quartz watch battery depends on the type of movement used. Typical quartz watches run for one to two years before needing a battery change. However, if a lithium battery powers it, the lifespan jumps to five or six years.

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