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The title of ‘greatest watchmakers’ is one that is often assigned to the Swiss. They are considered to be the epitome of timepiece engineers and are held in high regard when it comes to designing superior watch movements. However, the Japanese watchmaking industry has been a pioneering and unmatchable force in the advancement of watch calibers, particularly in the last fifty years or so.
Japan has produced some of the finest innovations in watch movement engineering. Seiko invented the quartz movement in 1969, a caliber that has been revolutionary to the watch industry and has paved the way for advancements in movement mechanisms.
Another notable company that has consistently introduced new engineering in its movements is Miyota. They have been an integral part of the watchmaking business since the late 1950s, steadily providing reliable and new timepiece movements to watchmaking companies. Their movements can be used in both lower and higher-priced watches which makes them one of the biggest movement creators and suppliers.
The word ‘movement’ can cause a bit of confusion to those who aren’t experienced watch fanatics. Essentially a movement, or caliber as it is also known, is the mechanism of the watch which is made up of several parts. It ensures that the watch works and moves the hands on the clock. A good way to understand the function of a movement is to liken it to the heart in the human body. Just as the heart keeps our bodies operational, the movement is the necessary part that keeps a watch in working order. A watch cannot function without a movement.
There are various types of movement in the watchmaking industry, with different companies employing varied techniques to create the most sought-after calibers for watchmakers.
So, what is a Miyota movement? In actual fact, a Miyota movement is best described as an ‘umbrella term’. This is because Miyota manufactures many different calibers, with each possessing unique properties that make it slightly different from other movements. Miyota movements are considered to be some of the best in the industry and for this reason, they are used in the watches of countless brands.
Miyota’s production line contains mechanical and quartz analog movements, all of which are produced to the highest of standards. Through the use of first-class materials and manufacturing, they are able to produce billions of units of affordable yet reliable calibers every year.
To understand the true excellence of a Miyota movement, it’s important to look at each independently. The mechanical Miyota movement is highly revered and uses an automatic caliber that essentially makes it self-winding. Whereas a classic mechanical movement would require the wearer to manually wind the spring by hand, the Miyota movement uses state-of-the-art technology to allow the wearer to use the watch without needing to do any manual turning.
One of the most famous Miyota movements is the Caliber 8200 series. This exquisitely fabricated movement uses a balance wheel that moves fixedly in order to offer precision in the timepiece. Like other Miyota movements, this series famously uses the finest metal materials for the most important mechanical parts. This allows for a gorgeously intricate design. Although it’s unlikely you’ll take your watch apart and look at the inner workings of it, Miyota movements are known to be things of beauty in the watch-making world, and the balance wheel is particularly pleasing to the eye. Fans of mechanical calibers enjoy watching this wheel in action, as it reflects the first-rate design and construction that goes into making this outstanding movement.
However, even within mechanical movements, there are slight variations. For example, around ten years ago, Miyota introduced the Caliber 2009 series, which supplemented the popular 8200 series and introduced some slight variations.
When compared to their mechanical movement, Miyota’s quartz analog movement differs vastly. Like other quartz calibers, it employs a battery and quartz crystal to power the hand progression on the clock. However, like the mechanical movement, Miyota’s quartz caliber is unique from others. All parts of the movement are manufactured to increase the longevity of the timepiece, and this is reflected in the parts that Miyota has developed.
Among the highly functioning mechanisms that have been developed, there is a Powercell Saving Reset Mechanism which enables battery savings. As well as this there is an Overload Compensation Device which reduces the battery’s usage. These fantastic instruments make Miyota’s quartz analog movement highly desirable, as they ensure that the battery won’t need to be replaced as soon as perhaps in other quartz movement watches.
Not only is it highly functional but the Miyota quartz analog movement is often slimmer than others, due to the choice of materials in the caliber. Miyota uses the finest metals, which can be manipulated into smaller pieces. These are then placed together in intricate designs that create sleeker calibers for slim watches.
Miyota movements longstanding popularity is down to the quality that it provides consumers. This high-quality begins at the point of production, with many considering Miyota to have one of the greatest assembly procedures in the world. Due to the fact that the movements are created by advanced and fast-working machines, this ensures that high and consistent standards are constantly met. There is a reduced possibility of human error during production, and all movements are manually checked afterward. This guarantees that each caliber functions properly before placed in a timepiece.
There is a variety of movements available, yet are all reliable and liked in the industry. When purchasing a watch, it’s important to know which movement it employs. However, if you buy one possessing a Miyota movement, it’s likely to be durable and high-functioning.
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