There’s More To A Watch Than You Think
Watches are intricate and complicated mechanisms, and some of the finest ones in the world are hand made by masters who use small tools, microscopes and a lot of patience to carefully build these miniature machines. Switzerland is particularly famous for its high-quality watchmakers who have developed the craft of watchmaking over hundreds of years, so a Swiss timepiece is valued among watch owners for its accuracy and reliability. When a watch is labeled as being Swiss made, it's guaranteed by law to have the majority of its components made in Switzerland.
Your watch should do two things:
1. Accurately keep and display time, and
2. Serve as an extension of your personal style.
Anatomy Of A Watch
For being such a small object, a watch is a very complex machine with an interior made of many small moving gears and springs along with exterior parts that make it a statement piece. Knowing the basic parts of a watch will help you understand this complex object.
Although you may never see them, the internal gears and springs inside a watch are what make it tick. This part of the watch is called the movement, as the timepieces' movements work in concert with each other to do the work of telling time.
Covering the movement, the dial displays the face of the watch. Dials can have many different styles, but their main function is to display the time. Located on the dial, the hands of a watch are the two arms that point to the numbers on the dial in order to help you read the time. In order to adjust the hands or wind the watch you twist the crown, the knob on the side of the watch that connects to the movement.
A crystal, or clear cover, is located on top of the dial and hands and protects those pieces from the elements. The entire mechanism is housed by the case. At the top and bottom of the case are lugs, to which the wrist strap or bracelets attach to, allowing you to wear the timepiece.
Which Shape Do You Prefer?
Every watch has a case that acts as a protective housing for its moving parts. The shape of this case is arguably a watch’s defining feature. Several shapes are on the market today, ranging from square to asymmetrical designs. Which one reflects your tastes?
The Many Shapes Of A Watch Case
From rectangular or "tank" styles...
to traditional round shapes ...
to striking asymmetrical.
Other shapes not shown are square, oval, carre, carriage and tonneau.
Which Hands Grab Your Attention?
The hands of a watch pivot around a fixed point in the center of the dial to indicate the time in hours, minutes and, on some watches, seconds. The design of a watch's hands often follows its overall aesthetic. These examples represent some popular shapes, sizes, and styles.
How Will You Adorn Your Wrist?
A watch’s bracelet or strap is designed to keep the watch secured around the wearer’s wrist while serving as a fashion accessory. Bracelets are typically made of metal or ceramic links, whereas straps may consist of leather, canvas, or other materials.
The buckle is responsible for keeping the bracelet or strap securely fastened around the wrist. Most leather bracelets are paired with an ardillon buckle (also called a tang buckle). This traditional fastener works by using a pin to secure the end of the strap that has been folded through the buckle. Most straps also contain "keepers" for securing the excess strap.
Deployant buckles are usually found on metal link bracelets but can also be found on some leather strap models. Also known as a foldover clasp, this buckle uses interlocking metal pieces to secure the bracelet or strap. If a deployant buckle pops open, the bracelet or strap remains intact, keeping the watch from immediately dropping off the wrist.
How Will You Read The Time?
A watch’s dial, or face, displays the time via Arabic or Roman numerals or representative stick or dial marks that are typically aligned along its periphery. However, there are watch dials with no markers at all! The 12-hour dial consists of numbers one through 12, over which the watch’s hands pass twice a day. The 24-hour dial, used widely in military applications, uses numbers one through 24, and requires just one daily rotation of the hands. Depending on the watch’s overall design, different markings and materials may be used to create the dial.
Some watches also have one or more sub-dials. A sub-dial is a smaller dial set within the primary dial. It may display additional information such as the date or day of the week. In some cases, the sub-dial may also measure "power reserve" or the amount of remaining power left to keep the movement working.
What Protects the Dial?
A watch’s dial is protected by a clear covering called the crystal. The crystal may be comprised of synthetic sapphire, mineral, or acrylic.
Synthetic sapphire – The properties of this lab-created element mirror those of natural sapphire, making it the sturdiest of the three crystal types. It’s also the most expensive type of crystal, and is almost always found on watches made in Switzerland.
Mineral – Mineral crystals are not as hard — and are less costly — than sapphire. They’re made of glass and relatively inexpensive to repair.
Acrylic – Although it’s the most affordable type of crystal, acrylic will show scratches easily.
Which Materials Are Commonly Used In Watches?
Traditionally, watchmakers turned to solid gold for their craft. But over the years, watchmakers began experimenting with different types of metals, leading to the array of metals used in watches today, as well as making watches more affordable.
By thinking about which materials may best suit your lifestyle (and budget!), you can make an informed choice when purchasing your watch.
Gold – Once considered the standard for high-end watches, gold remains a favored choice. Because pure gold is too malleable to be used on its own, it’s alloyed with other metals such as copper, silver, and nickel to build strength. The addition of other metals to pure gold also affects its color, resulting in three distinct shades: yellow, white, and rose.
The purity of gold (i.e., the percentage of gold versus the percentage of other metals) is expressed in karats. Measuring 75 percent pure gold, 18K gold is the most commonly used gold in watch making.
Stainless Steel – Known for its lightweight feel and polished finish, stainless steel is arguably the most commonly used metal in watches today. This non-carbon alloy is mixed with chromium and nickel, and is highly resistant to corrosion. Naturally silver in color, you may also see stainless steel plated with gold. Some steel surfaces go through a process known as IP or ion plating, or PVD, Physical Vapor Deposition. This is a process by where a film of compound materials (color) can be made to be deposited on a steel surface. Also IP coatings in black, bronze and other colors make stainless steel an excellent materials choice for today's fashion color trends. This same treatment is used on the metal bracelets for a color match to the case.
Titanium – This gray metal matches the strength of steel yet is 45 percent lighter. In fact, titanium boasts the highest strength-to-weight ratio of any metal. In addition to being lightweight, it’s extremely resistant to dents and corrosion.
Ceramic – If you’re looking for a watch that boasts a modern, high-tech flair, look no further than ceramic, not to be confused with ceramic found in stonewear or pottery. Created from industrial ceramic carbide put through a heating and cooling process, this non-metallic material is exceptionally durable, lightweight, and resistant to scratching. Its toughness makes it an ideal choice for active individuals. Fashionistas appreciate it for its wide variety of hues and finishes. It's also hypoallergenic.