• Water Resistance
  Scratch Resistance
  Automatic and Quartz Movements
  Shock-Proofing
  Strap Materials
  Case Materials
  Warranties

  Selecting a watch that you will use and enjoy for many years to come can be a fun, easy process, with a little bit of knowledge. If you're not sure which watch to buy and what kind of functions it should have, follow these easy steps. In the end, a watch is a reflection of you and your lifestyle, just like the clothes you wear or the car you drive.
  The watch that you select should be appropriate for the activities that you intend to use the watch for. If your primary purpose is athletic, you may consider watches that are shockproof. If you will be using the watch for work and play, do you need water resistance and if so, to what degree? If you will be using the watch for swimming and diving, you may want to consider a watch that has a screw-down crown and a plastic strap. The trend in watch buying is certainly in the direction of all steel and other white metals. Also, the 'sporty' look in watches has become more popular than the 'dressy'. Again, the first step is to ask yourself the key functions or attributes that will be needed for the way you will wear the watch. Here are a few things to consider when purchasing a watch:
  Water Resistance
  A watch marked as water resistant without a depth indication is designed to withstand accidental splashes of water only. Do not submerge such a watch. Higher levels of water resistance are indicated by increasingly higher acceptable depths, usually indicated in meters.
  There are a variety of ways to make a watch water resistant. All such watches use rubber gaskets or "O" rings to seal the case back. A watch with a back that screws onto the case provides a higher degree of water resistance. Some crowns (the "winding stem") actually screw into the case to further increase water resistance.
  
  Usage Recommendations The following usage recommendations are suggested by the Seiko Corporation of America.

  • Water-resistant to 30 meters (100 feet). Will withstand splashes of water or rain but should not be worn while swimming or diving. Water-tested to 50 meters (165 feet). Suitable for showering or swimming in shallow water. Water-tested to 100 meters (330 feet). Suitable for swimming and snorkeling. Water-tested to 100 meters (330 feet). Suitable for swimming and snorkeling. Water-tested to 200 meters (660 feet). Suitable for skin diving. Diver's 150 meters (500 feet). Meets ISO standards and is suitable for scuba diving.
  • Diver's 200 meters (660 feet). Meets ISO standards and is suitable for scuba diving.

  Please note that we do not recommend swimming or diving with your watch unless it has a screw-down crown (also known as 'screw-lock' or 'screw-in' crown) and is water-resistant to at least 100 meters.

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• Scratch Resistance
  The crystal is the clear covering over the face and hands of the watch. The material used in making the crystal determines its scratch resistance. These types of crystals are generally used in watches:

  • An acrylic plastic crystal is the least scratch-resistant, although shallow scratches can be polished out. A mineral crystal is made up of several mineral elements that are manufactured and treated by heat procedures to create a hardness that helps in resisting scratches.
  • A sapphire crystal is the most durable and scratch-resistant crystal. It's approximately 3 times harder than a mineral crystal and 20 times harder than acrylic plastic crystals.

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  Automatic and Quartz Movements
  The movement is the inner workings or assembly of the watch that make up the main timekeeping mechanism. Most watches have either a quartz movement or an automatic movement. The type of movement you choose depends mostly on one's taste. Automatic movements are a tribute to the watchmaker's art and monitor the passage of time by a series of gear mechanisms. Most automatic movements (self-winding) are wound by the movement of the wrist. (No, you don't have to shake it to work! The normal, everyday movement of the watch charges the winding reserve.) When this type of watch is removed from your wrist, the movement winds down in 10 to 72 hours, depending on the size of its winding reserve. Quartz movements are powered by a battery and do not stop working once removed from the wrist. The battery in a quartz watch generally needs to be replaced every 1.5 years.
  
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  Shock-Proofing
  Most watches are sturdy enough to protect against normal everyday wear and tear, including light bumps. If you're going to be engaging in intensive athletic activity, you may want a watch that is also shockproof. G-Shock by Casio makes an extensive line of shockproof watches.
  
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  Strap Materials
  The choice is really a matter of personal taste. Strap watches may have bands made from a variety of materials, including leathers, exotic skins and synthetics. In general, it's best to avoid fine leathers if you will expose the watch to water or perspiration from physical activity. Rubber straps are a little more durable against water and perspiration. Do keep in mind, that if you do not like a certain strap on a watch, it's relatively inexpensive and easy to replace the band with one of many varieties, textures and colors. www.lrwatch.com carries a variety of strap and bracelet watches in all different price ranges.
  
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  Case Materials
  The material your watchcase is made from often determines how durable and expensive the watch is. The most popular metal used in better watches is stainless steel. This metal is very durable, resists rusting and discoloration and is reasonably priced. Precious metals may also be used. These include 10k gold, 14k gold, 18k gold, sterling silver or platinum. Recently, titanium-a very strong but lightweight metal-has become a popular alternative in sports watches. Titanium is stronger, but lighter than stainless steel.
  
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  Warranties
  A watch warranty will generally cover malfunctions in the watch movement and does not cover any damage to the crown, case, crystal, buttons, bracelet, strap or face. The warranty period is usually for 1 to 2 years. At www.lrwatch.com, we offer our own warranty, which is serviced by our own experienced and knowledgeable watchmakers. Most reputable watch sellers encourage the customer to send the watch back to the seller for servicing. The watch seller coordinates the service process, which makes it 'hassle-free' for customers.
  The watches that www.lrwatch.com has on our site contain extensive descriptions. If you don't find what you're looking for in the description, you can send us an Online Inquiry and receive a prompt reply from service@lrwatch.com.
  

In addition to their exterior beauty, watches are also an incredible feat of engineering and craftsmanship. Many complicated parts must all work in tandem in order to not only tell time, but perform the myriad other functions that many of today's watches perform. This section contains an overview of the major parts of a watch, as well as an explanation of how watches operate.

Watch Parts
Watches contain many parts that work together to tell time, as well as perform other useful functions. These could include a chronograph, altimeter, alarm, day/date calendar, phases of the moon, slide-rule, etc. Here are descriptions of the major internal and external parts and their functions. For more detailed explanations, you can also visit our Watch Glossary.

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External Watch Parts

Crystal
The cover over the watch face is called the crystal. There are three types of crystals commonly found in watches: Acrylic crystal is an inexpensive plastic that allows shallow scratches to be buffed out. Mineral crystal is composed of several elements that are heat-treated to create an unusual hardness that aids in resisting scratches. Sapphire crystal is the most expensive and durable, approximately three times harder than mineral crystals and 20 times harder than acrylic crystals. A non-reflective coating on some sport styles prevents glare.

Hands
A watch's hands are the pointing device anchored at the center and circling around the dial indicating hours, minutes, seconds and any other special features of the watch. There are many different types of hands:

• Alpha: A hand that is slightly tapered
• Baton: A narrow hand sometimes referred to as a 'stick hand'
• Dauphine: A wide, tapered hand with a facet at the center running the length of the hand
• Skeleton: Cutout hands showing only the frame
• Luminous: Hand made of skeleton form with the opening filled with a luminous material

Internal Watch Parts
A watch's main timekeeping mechanism is called its movement. Today's watch movements fall into two categories: Automatic mechanical or quartz. Automatic mechanical movements mark the passage of time by a series of gear mechanisms. Most automatic movements are wound by the normal, everyday movement of your wrist, which charges the watch's winding reserve. Quartz movements are powered by a battery and do not stop working once removed from your wrist.

Balance Wheel
The regulating organ of a watch with a mechanical movement that vibrates on a spiral hairspring is called the balance wheel. Lengthening or shortening the balance spring makes the balance wheel go faster or slower to advance or retard the watch. The travel of the balance wheel from one extreme to the other and back again is called oscillation.

Gear Train
This series of small gears in both quartz and mechanical movement watches is responsible for transmitting the power from the battery (in a quartz watch) or spring (in a mechanical watch) to the escapement, which distributes the impulses that mark the time.

Escapement
This part of the watch restricts the electrical or mechanical impulses of the gear train, metering out the passage of time into equal, regular parts.

Motion Work
The motion work is a series of parts inside a watch that receive power from the escapement and gear train, which distribute and generate the watch's power. The motion work is responsible for actually turning the watch's hands.

Mainspring
The mainspring is the energy source responsible for powering the watch movement (as opposed to a battery in a watch with a quartz crystal movement). The spring is wound, either manually (using the winding stem) or automatically, by the motion of the wearer's wrist. Potential energy is stored in the coiled spring, then released to the gear train which transmits the power to the escapement and motion work, which turns the hands on the watch dial.

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How a Watch Works
Watches essentially tell time by the integration of three main components: an energy source, a time regulating mechanism and a display. The energy source can be electronic (as in a battery) or mechanical (as in a wound spring). A watch's main timekeeping mechanism is called its movement. Today's watches fall into two categories: Mechanical movements and Quartz movements. Here's a breakdown of how each type of movement works:

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Mechanical (Automatic) Watches
Mechanical watches are made up of about 130 parts that work together to tell time. Automatic mechanical movements mark the passage of time by a series of gear mechanisms, and are wound by the movement of your wrist as you wear it. The gear train then transmits the power to the escapement, which distributes the impulses, turning the balance wheel. The balance wheel is the time regulating organ of a mechanical watch, which vibrates on a spiral hairspring. Lengthening or shortening the balance spring makes the balance wheel go faster or slower to advance or retard the watch. The travel of the balance wheel from one extreme to the other and back again is called oscillation. A series of gears, called the motion work, then turns the hands on the watch face, or dial. See illustration below.

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Quartz Crystal Watches
Quartz watches work with a series of electronic components, all fitting together in a tiny space. Rather than a wound spring, a quartz watch relies on a battery for its energy. The battery sends electrical energy to a rotor to produce an electrical current. The current passes through a magcomic coil to a quartz crystal, which vibrates at a very high frequency (32,768 times a second), providing highly accurate timekeeping. These impulses are passed through a stepping motor that turns the electrical energy into the mechanical energy needed to turn the gear train. The gear train turns the motion work, which actually moves the hands on the watch dial.

These words are used frequently in watch lingo. Refer to the following definitions if you have any questions about technical specifications or terms. We are also very happy to discuss these terms or any other questions you may have about shopping for watches.

12-Hour Recorder (or Register):

A subdial on a chronograph that can record time periods of up to 12 hours.

30-Minute Recorder (or Register):

A subdial on a chronograph (see "chronograph") that can time periods up to 30 minutes.
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A

Accuracy:
Refers to rate constancy of a watch, not only on whether it is showing the exact time. A watch gaining or loosing exactly the same amount every day is considered accurate.

Acrylic Crystal:
Sometimes referred to as Hesolite, an acrylic crystal is composed of plastic composite that is generally less expensive and less durable than a sapphire or a mineral crystal. Benefits of an acrylic crystal are that it flexes rather than shatters on impact. It also produces little glare under bright light and can be polished easily.

Alarm:
A device that makes a sound at a preset time. There are both quartz and mechanical alarm watches.

Altimeter:
Function that provides altitude by responding to changes in barometric pressure, commonly found in pilot watches. Inside a pressurized airplane cabin, the altimeter registers as if on land.

Analog Watch:
A watch with a dial, hands, and numbers or markers that present a total display of 12-hours.

Analog-Digital Display:
A watch that shows the time by means of hands (analog display) as well as by numbers (a digital display). The analog display has a traditional dial with hour, minute and sometimes second hands. The digital display shows the time numerically with a liquid crystal display. This feature is usually found on sport watches.

Annual Calendar:
A watch showing the day, date month and 24 hours, adjusting automatically for short and long months. The calendar needs setting only once a year - at the end of February to the 1st of March.

Aperture:
Small opening. The dials of some watches (in French: montres ¨¤ guichet) have apertures in which certain indications are provided (e.g. the date, the hour, etc).

Atmosphere (Atm):
Unit of pressure used in watch making to indicate water resistance.

Atomic Time Standard:
Provided by the U.S. National Institute of Standards and Technology, Time and Frequency Division, Boulder, Colorado, atomic time is measured through vibrations of atoms in a metal isotope that resembles mercury. The result is extremely accurate time that can be measured on instruments. Radio waves transmit this exact time throughout North America and some 'atomic' watches can receive them and correct to the exact time.

Automatic Movement / Automatic Winding (also called self-winding):
A mechanically powered watch that is wound by the motion of the wearer's arm rather than through turning the winding stem (manual mechanical). In response to this motion, a rotor turns and winds the watch's mainspring. Most automatic watches have up to 36 hours of power reserve. If an automatic watch is not worn for a day or two, it will wind down and need to be wound by hand to get it started again. Click here for automatic watch instructions.

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B

Band:
A vague, generic term used to refer to the band that holds a watch on your wrist. The preferred terms bracelet and strap, clearly describe the two major types.

Battery EOL:
Battery End Of Life indicator. This function forewarns of impending battery failure in a quartz watch by means of the second hand jumping in two or sometimes four-second intervals. The wearer usually has approximately two weeks before battery failure.

Battery Life:
The period of time that a battery will continue to provide power to run the watch. Life begins at the point when the factory initially installs the battery in the watch.

Battery:
A device that converts chemical energy into electricity. Most watch batteries are the silver oxide type, delivering 1.5 volts. Much longer-lasting lithium batteries deliver 3 volts.

Battery-less Quartz:
Also known under various marketing names, including Kicomic (Seiko), Omega-matic (Omega), and Auto quartz (Invicta). Terms for the modern hybrid watch technology of using a quartz movement powered by a small electric current generator operated by a rotor. Electricity generated from the rotor's movement is stored in a capacitor, rechargeable battery, or similar means to keep the watch running. So, like an automatic watch, these also must be worn regularly to keep up their electrical power reserve.

Bezel:
Generically, the upper part of the watch body. Specifically, it usually refers to a ring around the outside of the crystal. On jewelry watches, the bezel may contain a ring of diamonds. On sports watches, the bezel may have calibrated markings and the ability to rotate in one or two directions.

Bidirectional Rotating Bezel:
A bezel that can be moved either clockwise or counterclockwise. These are used for mathematical calculations or for keeping track of elapsed time.

Bracelet:
A bracelet is the flexible metal band consisting of assembled links, usually in the same style as the watchcase. Detachable links change the length of the bracelet. Bracelets can be made of stainless steel, sterling silver, gold, or a combination. See also strap.

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C

Cabochon:
Used to indicate a smooth round or oval convex shaped polished gemstone. In watch terminology, it describes a decorative stone set in the watch crown.

Calendar:
The calendar mechanism or function on a watch can consist of a date only showing in a window through to a triple calendar, showing the date, day and month. A combination of dial cut outs and pointer hands may be used. The most complicated calendar mechanisms may be mechanically programmed to show the year and months including those with less that 31 days; leap years can also be mechanically allowed for. Sometimes referred to as a perpetual calendar.

Case or Watchcase:
The metal housing that contains the internal parts of a watch. Stainless steel is the most typical metal used, but titanium, gold, silver and platinum can also be used.

Chronograph Rattrapante:
The addition of a flyback hand (rattrapante) significantly increases the potential uses for chronographs. It makes possible the measurement of split second times or timing simultaneous events of unequal duration.

Chronograph:
A multifunction sport watch with a stopwatch function. Most have two or three subdials, or minidials, for measuring minutes and hours. When used in conjunction with specialized scales on the watch dial it can perform many different functions, such as determining speed or distance ( see "tachometer" and "telemeter"). Some can time more than one event at a time (see "flyback hand" and "split seconds hand"). Do not confuse with "chronometer" which is a timepiece that has met certain high standards of accuracy set by an official watch institute of Switzerland.

Chronometer:
This term refers to a precision watch that is tested in various temperatures and positions, thus meeting the accuracy standards set by C.O.S.C. in Switzerland. These watches are provided with a chronometer certifcate detailing specific test results by the C.O.S.C.

Clasp:
The attachment used to connect the two ends of the watch bracelet around the wrist.

C.O.S.C.:
Control Officile Suisse de Chronometers or Swiss Controle Officiel des Cronometres- the independent Swiss regulatory organization that rigorously tests and certifies (or fails) watch movements for chronometer status.

Countdown Timer:
A function that lets the wearer keep track of how much of a preset period of time has elapsed. Some countdown timers sound a warning signal a few seconds before the time runs out. These are useful in events such as yacht races, where the sailor must maneuver the boat into position before the start of a race.

Crown:
The crown often referred to as the winding crown or winder is used for winding the watch in the case of a non-automatic, for setting the hands to the correct time and often for setting the date in the case of calendar equipped watches. On diving/sports models, the crown may be screw-down whereby it screws onto a threaded tube, which protrudes from the case of the watch. This often ensures superior water resistance.

Crystal:
The cover over the watch dial is called the crystal. There are three types of crystals commonly used in watches: acrylic crystal is an inexpensive plastic that allows shallow scratches to be buffed out. Mineral crystal is composed of several elements that are heat-treated to create an unusual hardness that aids in resisting scratches. Sapphire crystal is the most expensive and durable, approximately three times harder than mineral crystals and 20 times harder than acrylic crystals. A non-reflective coating on some sport styles prevents glare.

Crystal Skeleton Caseback:
Caseback made of transparent material such as hardened mineral crystal or sapphire crystal that reveals the intricate movement of the watch.

Cyclops (Magnified Window):
A small window or lens in the crystal that is added to magnify the date 2 1/2 times.

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D

Day/Date Watch:
A watch that indicates not only the date but also the day of the week.

Deployment Buckle (Foldover):
A three-folding enclosure that secures the two ends of the bracelet and allows enough room for placing the watch on the wrist when fully deployed. When closed, the buckle covers the two-piece folding mechanism.

Depth Alarm:
An alarm on a diver's watch that sounds when the wearer exceeds a preset depth. In most watches it stops sounding when the diver ascends above that depth.

Depth Sensor/Depth Meter:
A device on a diver's watch that determines the wearer's depth by measuring water pressure. It shows the depth either by analog hands and a scale on the watch dial or through a digital display.

Dial:
The dial, often referred to as the face is usually marked with numbers or batons to which the hands point in order for the wearer to tell the correct time. Dials may be minimalist with no markers at all or extremely complex as in the case of pilots' chronographs. Dials may be decorated with patterns or in some cases with precious stones.

Digital:
The display of time in numbers instead of hands on the dial. The numbers can appear in an LCD (Liquid Crystal Display), which shows a continuous reading or an LED (Light-Emitting Diode), which shows the time at the push of a button.

Display:
Indication of time or other data, either by means of hands moving over a dial (analog display) or by means of numerals appearing in one or more windows (digital or numerical display); these numerals may be completed by alphabetical indications (alphanumerical display) or by signs of any other kind. Example: 12.05 MO 12.3 = 12 hours, 5 minutes, Monday 12th March. Such displays can be obtained by mechanical or electronic means.

Diver's Watch:
Divers' watches traditionally feature a graduated, rotating bezel, screw down winding crown, and caseback... must be water resistant to at least 200m or 660 feet.

Dual Time/Second Time Zone Bezel:
A rotating bezel, which can be used to display a separate time zone distinct from that shown on the dial.

Dual Time:
A watch that measures current local time as well as at least one other time zone. The additional time element may come from a twin dial, extra hand, subdial, or other means.

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E

Elapsed Time Rotating Bezel:
A graduated rotating bezel (see "rotating bezel") used to keep track of periods of time. The bezel can be turned so the wearer can align the zero on the bezel with the watch's seconds or minutes hand. You can then read the elapsed time off of the bezel. This saves from having to perform the subtraction that would be necessary if you used the watch's regular dial.

Elapsed Time:
The actual time taken for an object to travel over a specified distance.

Engine Turning:
Decorative engraving, usually on a watch dial.

EOL:
End of Life. In quartz movement, the end of battery life is indicated by the second hand, which starts to jump every four seconds. The battery should be changed immediately.

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F

Face:
The visible side of the watch or the dial.

Flyback:
An additional hand on a chronograph which moves with the second hand but, can be stopped independently to measure an interval which can then "fly back" to catch up with the other hand. This is useful for capturing lap times without losing the ability to capture the finish time.

Foldover Buckle (Deployment):
A three-folding enclosure that secures the two ends of the bracelet and allows enough room for placing the watch on the wrist when fully deployed. When closed, the buckle covers the two-piece folding mechanism.

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G

Gasket:
A rubber or plastic ring that seals the internal works of the watch against dust, moisture and water.

GMT Timezone:
GMT (Greenwich Mean Time), also known as Zulu Time, as set to the international clock in Greenwich, England, reflects, through an additional hour hand, the world time on a 24-hour scale and is used by pilots worldwide.

Gold Plating:
An application of gold over the surface of an item.

Gold, Rose Gold, Yellow Gold, and White Gold:
The only natural form of gold is yellow gold. But since gold is too soft in its pure form to make jewelry, it is normally made into an alloy by mixing it with other metals. The portion of pure gold to other metals determines the Karat rating. 24K is pure gold. 18K is 75% pure. The exact nature of the other metals used determines the color. A moderate amount of copper in the alloy creates Rose Gold. A moderate amount of palladium and nickel creates white gold.

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H

Hand:
Indicator, usually made of a thin, light piece of metal, variable in form, which moves over a graduated dial or scale. Watches usually have three hands showing the hours, minutes and seconds.

Handwinding (Manual Mechanical):
A watch with a manual mechanical movement, which needs to be wound by the wearer using the winding crown. This winds the mainspring up which then releases its energy to power the watch.

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J

Jewels:
The bearing, endstone or pallet used for reducing friction within the movement of a watch are made of synthetic material of precious or semi-precious stones. Usually a very inexpensive form of synthetic ruby, these are used for virtually frictionless pivots or hubs at certain critical places in the watch mechanism. These jewels do not add any mocomary value to a watch. It is also important to understand that more jewels does not necessarily make a better watch.

Jump Hour Indicator:
A jump hour indicator takes the place of an hour hand. It shows the hour by means of a numeral in a window on the dial of the watch. The word "jump" refers to the fact that the numerals jump from 1 to 2 to 3, etc., rather than showing intermediate times between hours as hour hands do. The minutes and seconds in a jump hour watch are read as normal from the analog hands and dial.

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K

Karat or K:
An indication of the purity of the metal used, expressed in the number of 1/24th of the pure metal used in the alloy. Metals such as gold are too soft in their pure state use in jewelry, so they are typically made into an alloy with other metals for strength. 24K (equal to 24/24ths) is pure metal. 18K is 18 parts pure metal mixed with 6 parts of other metals. That translates to 18/24=0.750, which is 75% pure, or 750 parts per thousand.

Kicomic:
Refers to the Seiko line of Kicomic watches. This innovative technology has a quartz movement that does not use a battery. Movement of your wrist charges a very efficient capacitor which powers the quartz movement. Once the capacitor is fully charged, men's models will store energy for 7-14 days without being worn. Ladies models store energy for 3-7 days. The watch alerts you to a low capacitor charge when the seconds hand starts to move in two second intervals.

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L

Lap Memory:
The ability, in some quartz sport watches, to preserve in the watch's memory the times of laps in a race that have been determined by the lap timer (see "lap timer"). The wearer can recall these times on a digital display by pushing a button.

Lap Timer:
A chronograph function that lets the wearer time segments of a race. At the end of a lap, the wearer stops the timer, which then returns to zero to begin timing the next lap.

LCD Display (Liquid Crystal Display):
A digital watch display that shows the time electronically by means of a liquid held in a thin layer between two transparent plates. Followed from the earlier LED or Light Emitting Diode display of the first quartz digital watches. The LCD was preferred as it used vastly less power than the LED thus the time could be shown constantly as opposed to having to press a button for time display.

Lugs:
Extensions on both sides of the case where the bracelet or strap is attached.

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M

Magnified Window (Cyclops):
A small window or lens in the crystal that is added to magnify the date 2 1/2 times.

Manual Winding:
Refers to a watch with a manual mechanical movement, which needs to be wound by the wearer using the winding crown. This winds the mainspring up which then releases its energy to power the watch.

Mechanical Movement:
A movement based on a mainspring which when wound slowly unwinds the spring in an even motion to provide accurate timekeeping. As opposed to a manual mechanical watch which needs to be wound on a consistent basis, an automatic mechanical requires no winding because of the rotor, which winds the mainspring every time you move your wrist (see our section on automatic watch maintenance for more details).

Military or 24 Hour Time:
When time is measured in 24-hour segments. To convert 12-hour time to 24-hour time, simply add 12 to any p.m. time. To convert 24-hour time to 12-hour time, subtract 12 from any time from 13 to 24.

Mineral Crystal:
Watch crystal made from what is essentially a form of glass. More scratch resistant than acrylic, a mineral crystal will however scratch and is extremely difficult to polish.

Minute Repeater:
A Complication on a watch that can strike the time in hours, quarters, or seconds by means of a push piece.

Moon Phase:
An indicator that keeps track of the phases of the moon. A regular rotation of the moon is once around the earth every 29 days, 12 hours and 44 minutes. Once set, the moon phase indicator accurately displays the phase of the moon.

Mother-of-Pearl:
Iridescent milky interior shell of the freshwater mollusk that is sliced thin and used on watch dials. While most have a milky white luster, mother-of-pearl also comes in other colors such as silvery gray, gray blue, pink and salmon.

Movement:
The means by which a watch keeps time, often including the power source. For example, a watch with mechanical movement uses a spinning balance wheel powered by a tightly wound spring, whereas a watch with quartz movement measures the vibrations in a piece of quartz and often is powered by a battery

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O

O-Ring:
O-rings are used to seal the backs of watches, which feature either a press-in back or a screw on back. They ensure water resistance. Usually also used on the winding stems of watches and in the winding crowns to protect against the ingestion of water and dust. Normally made from a rubber/plastic compound

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P
Pedometer:
A device that counts the number of strides taken by the wearer by responding to the impact of the wearer's steps.

Perpetual Calendar:
A calendar complication that adjusts automatically to account for different lengths of the month (30 or 31 days) and leap years. Perpetual calendars, which can be powered by quartz or mechanical movements, are programmed to be accurate until the year 2100.

Platinum:
One of the most rare precious metals, platinum also is one of the strongest and heaviest, making it a popular choice for setting gemstone jewelry and watches. It has a rich, white luster, and an understated look. Platinum is hypoallergenic and tarnish resistant. Platinum used in jewelry and watches is at least 85 to 95 percent pure. Many platinum watches are produced in limited editions due to the expense and rarity of the metal.

Power Reserve Indicator:
A feature that shows when the watch will soon need a new battery or winding. A battery reserve indicator on a quartz watch informs the wearer when the battery is low. Often this is indicated by the seconds hand moving at two or three-second intervals. Seiko's Kicomic watches are quartz watches that do not have a battery (see Kicomic). When a Seiko Kicomic needs to be wound, the seconds hand will also move in two-second intervals.

Power Reserve:
A measure of the amount of time a watch will run after being fully powered or wound, with no additional power input. Normally, this means when a mechanical watch is fully wound or a quartz watch has a brand new battery. Many modern mechanical watches have a power reserve of 40 hours. Power reserve also applies to battery-less quartz watches, which may have power reserves from 40 hours to 6 months. On battery-operated quartz watches, the term is sometimes used to refer to the expected battery life--typically 12 to 32 months.

Pulsimeter:
A scale on a chronograph watch for measuring the pulse rate.

Push-Piece:
Button that is pressed to work a mechanism. Push-pieces are usually found on chronographs, striking watches, and alarms.

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Q

Quartz:
A caliber that uses the vibrations of a tiny crystal to maintain timing accuracy. The power comes from a battery that must be replaced about every 2-3 years. In recent years, new quartz technology enables the watch to recharge itself without battery replacement. This power is generated via body motion similar to an automatic mechanical watch, or powered by light through a solar cell (Kicomic & solar-tech).

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R

Ratchet Bezel Ring:
A bezel ring that can either turn one way (counter clockwise) or both ways and generally clicks into place.

Rattrapante Chronograph:
The addition of a flyback hand (rattrapante) significantly increases the potential uses for chronographs. It makes possible the measurement of split second times or timing simultaneous events of unequal duration.

Register:
Another name for a subdial; this is usually a dial within the main dial of a watch. The best example is possibly a chronograph where there may be registers for the chronograph minutes and hours. Some watches have registers with pointers showing the day and date.

Repeater:
A device that chimes the time when the wearer pushes a button. Some repeaters, called "quarter repeaters" sound just the hours and the quarter hours ( by means of two different pitched tones); others called "five minute repeaters", sound the hours, quarters, and five minute periods after the quarter; and still others called "minute repeaters", sound the hours, quarters and minutes.

Retrograde:
Used to describe a pointer hand on a watch dial (often a subdial), which returns to zero at the end of a prescribed period. For example a watch may have retrograde date - in this case the hand moves up a scale a day at a time, pointing to the current date - when it reaches 31 it will spring back to 1

Rhodium Plated:
Protective coating of metal with a thin layer of rhodium; hard, brittle metal which does not oxidize and is malleable only when red hot.

Rose (or pink) Gold:
A softly hued gold that contains the same metals as yellow gold but with a higher concentration of copper in the alloy. A popular color in Europe, rose gold in watches is often seen in retro styling or in tricolor gold versions. Some 18k red gold watches achieve their color from additional copper in the alloy.

Rotating Bezel:
A bezel (the ring surrounding the watch dial) that can be turned. Different types of rotating bezels perform different timekeeping and mathematical functions.

Rotor:
The part of an automatic (or self-winding) mechanical watch that winds the movement's mainspring. It is a flat piece of metal, usually shaped like a semicircle, which swivels on a pivot with the motion of the wearer's arm.

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S

Sapphire Crystal:
Synthetic sapphire formed for use as the crystal of a watch. Extremely scratch resistant (9 on the Moh scale), a sapphire crystal is the material of choice for many watch collectors. The downsides are that sapphire can chip at the edges if they protrude and can shatter.

Sapphlex Crystal (Seiko Watches):
Highly scratch resistant crystal created by the fusion of sapphire and mineral glass crystal.

Screw-Down Locking Crown:
A crown that aids water resistance by sealing the crown to the case of the watch. The seal is achieved by the matching of a threaded pipe on the case with the crown's internal threads and gaskets, while twisting the crown to lock it into place.

Second Time Zone Indicator:
An additional dial that can be set to the time in another time zone. It lets the wearer keep track of local time and the time in another country simultaneously.

Self-Winding:
This term refers to a mechanically powered watch that is wound by the motion of the wearer's arm rather than through turning the winding stem (manual mechanical). In response to this motion, a rotor turns and winds the watch's mainspring. Most automatic watches have up to 36 hours of power reserve. If an automatic watch is not worn for a day or two, it will wind down and need to be wound by hand to get it started again. Click here for automatic watch instructions.

Shock Resistance:
As defined by the U.S. government regulation, a watch's ability to withstand an impact equal to that of being dropped onto a wood floor from a height of three feet.

Slide Rule Bezel:
A rotating bezel, or ring, around the outside edge of the watch case that is printed with a logarithmic scale and assorted other scales and is used in conjunction with fixed rules of mathematics to perform general mathematical calculations or navigational computations.

Solar Powered:
A type of quartz movement where the batteries are recharged via solar panels on the watch dial. They have a power reserve so they can run even in the dark.

Solar Tech:
Solar powered quartz watch. This technology provides the accuracy of quartz, without the inconvenience and cost of regular battery changes.

Split Second:
A feature on a chronograph that actually is two hands, one a flyback, the other a regular hand. To time laps or different finishing times, the wearer can stop the fly backhand independently while the regular hand keeps moving.

Stainless Steel:
An extremely durable metal alloy (chromium is a main ingredient) that is virtually immune to rust, discoloration, and corrosion; it can be highly polished, thus resembling a precious metal. Stainless steel is often used even on case backs on watches made of other metals and is the metal of choice used to make high quality watchcases and bracelets. It is also hypoallergenic because it doesn't contain nickel.

Sterling Silver:
A precious metal. Sterling refers to silver that is 92.5 percent pure. The silver fineness should be stamped on the metal, sometimes accompanied by the initials of a designer or country of origin as a hallmark. A protective coating may be added to prevent tarnishing.

Stopwatch:
A watch with a seconds hand that measures intervals of time. When a stopwatch is incorporated into a standard watch, both the stop watch function and the timepiece are referred to as a "chronograph".

Strap:
A watchband made of cloth, rubber, leather or other non-metal material.

Subdial:
A small dial used for any of several purposes, such as keeping track of elapsed minutes or hours on a chronograph or indicating the date.

Swiss A.O.S.C. (Certificate of Origin):
A mark identifying a watch that is assembled in Switzerland with components of Swiss origin, primarily used in Bedat watches.

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T

Tachometer (Tachymeter):
Instrument for measuring speed or units. In watch making, a timer or chronograph with a graduated dial on which speed can be read off in kilometers per hour or some other unit (see timer).

Tank Watch:
A rectangular watch with heavier bars on either side of the dial. Inspired by the tank tracks of World War I and first created by Louis Cartier.

Tantalum:
A metal with a texture similar to titanium, but a color similar to gold. Used by Omega for the gold-like trim on certain titanium watches. Many of these watches are also available in titanium with real gold trim.

Telemeter:
A watch function that finds the distance of an object from the wearer by measuring how long it takes sound to travel the distance. Like a tachometer, a telemeter consists of a stopwatch function and a special on the dial of a chronograph.

Timer:
Instrument used for registering intervals of time (duration, brief times), without any indication of the time of day.

Titanium:
A "space age" metal, often having a silver-gray appearance. Because it is 30 percent stronger and nearly 50 percent lighter than steel, it has been increasingly used in watch making, especially sport watch styles. Its resistance to salt water corrosion makes it particularly useful in diver's watches. Since it can be scratched easily, some manufacturers use a patented-coating to resist scratching. Titanium is also hypoallergenic.

Tonneau Watch:
A watch with a barrel-shaped watchcase and two convex sides.

Totalizer:
A mechanism that keeps track of elapsed time and displays it, usually on a subdial on the watch dial. Same as a "recorder" or "register". The term "totalizer" can be used more generally to refer to any counter on a watch.

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U

Unidirectional Rotating Bezel:
An elapsed time rotating bezel, often found on divers watches, that moves only in a counterclockwise direction. It is designed to prevent a diver who has unwittingly knocked the bezel off its original position from overestimating his remaining air supply. Because the bezel only moves in one direction, the diver can err only on the side of safety when timing his dive. Many are ratcheted, so that they lock into place for greater safety.

UTC:
Universal Time Coordinated. A universal time based on the Greenwich Meridian used by the military and in aviation. Greenwich Mean Time (GMT) can be considered approximately equivalent to Universal Time Coordinated (UTC). GMT as such is now obsolete however, being replaced by UTC. Using this timezone/standard avoids errors and problems associated with different time zones and summer times operational in different countries.

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W

Water Resistance:
Describes the level of protection a watch has from water damage. See the "water resistance" section for a description of the different levels.

Waterproof:
The ability to completely exclude the possibility of water entering into any working portion of a watch. According to the Federal Trade Commission, no watch is fully 100 percent waterproof and no manufacturer that sells watches in the U.S. may label any of their watches "waterproof." The FTC demands that watches only be referred to as "water resistant."

Winding Stem:
The button on the right side of the watchcase used to wind the mainspring. Also called a "crown."

Winding:
Operation consisting of tightening the mainspring of a watch. This can be done by hand (by the crown) or automatically (by a rotor, which is caused to swing by the movements of the wearer's arm).

World Time Dial:
A dial, usually on the outer edge of the watch face, which tells the time up to 24 time zones around the world. The time zones are represented by the names of cities printed on the bezel or dial. The wearer reads the hour in a particular time zone by looking at the scale next to the city that the hour hand is pointing to. The minutes are read as normal. Watches with this feature are called "world timers."

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Y

Yacht Timer:
A countdown timer that sounds warning signals during the countdown for a boat race.

Automatic Watch Maintenance

Although automatic mechanical watches do not have batteries, some easy-to-follow maintenance is necessary for continued and long-lasting good use.

Self-winding automatic watches depend on the movement of the arm to operate and do require some winding, even if you wear your watch on a daily basis.

If you wear your Automatic watch everyday, it is best to wind it once, every two weeks to keep the wheels in motion and oil fluid. Simply wind the crown (the same knob used to adjust the time and date) until you meet slight resistance.

If you do not wear your Automatic watch everyday, you should try to wind it at least twice a week to ensure continuous operation, as well as keeping the inside mechanism in complete running order.

Try to wind your mechanical watch at the same time every day. This is extremely beneficial for the mechanism. You may want to make it a routine, winding it every morning when you wake up.

Avoid setting the day and/or date (if your watch has these functions) at night. The day-date mechanism is activated during the nighttime hours and could be disrupted if set at this time.

And, always avoid wearing your mechanical watch, if you are playing a sport requiring continuous arm motion (e.g. tennis, baseball, golf), since continuous arm motion could damage the movemen

Find the Perfect Watch

Our fast "Find Watches" search engine will take you right to the watches you're interested in. You can narrow your search by brand, gender, series name.

To use the search engine, go to Find Watches and choose and/or enter the information listed below. When you are finished, click on the Find Watches icon and your search results will be displayed in front of you.

Brand Search
Search for one or more of the fine brands offered bywww.lrwatch.com.

Gender Search
To search for both Men's£¬Lady's watches and lovers' watches, make no selection. Click the menu box arrow to select Men's or Lady's watches.

Sizing Your Watch

Fitting Your Wrist - Removing Links
If you have ordered a watch with a metal bracelet, there is a good chance you will have to have one or more links removed to fit your wrist properly. This can only be done with the wearer present. That is why we ship all watches unsized.

Hold on to Them
After the links are removed, keep those links! Occasionally, a watch bracelet may break. It is a lot easier (and cheaper!) to have the bracelet repaired with your own links than ordering and shipping new ones.

(Please remember that once you have your watch sized, you may NOT return it for a cash refund or exchange)

Care & Cleaning

lrwatch.com has put together a few simple guidelines to help you care for your watch. Following these simple steps will help you ensure it's long life.

• Water-Resistant Versus Waterproof
  
• Keeping Your Watch Dry
  
• Caring for the Crystal
  
• Metal Versus Leather Straps
  
• Battery Replacement
  
• Cleaning Your Watch
  
• Servicing Your Watch
  
• Automatic Watch Maintenance
  

  Water-Resistant Versus Waterproof
  A watch marked as water resistant without a depth indication is designed to withstand accidental splashes of water only.

  Do not submerge such a watch. Higher levels of water resistance are indicated by increasingly higher acceptable depths, usually indicated in meters.

  There are a variety of ways to make a watch water resistant. All such watches use rubber gaskets or "O" rings to seal the case back. A watch with a back that screws onto the case provides a higher degree of water resistance. Some crowns (the "winding stem") actually screw into the case to further increase water resistance.

  Usage Recommendations

  The following usage recommendations are suggested by the Seiko Corporation of America.

  • Water-resistant to 30 meters (100 feet). Will withstand splashes of water or rain but should not be worn while swimming or diving.
  • Water-tested to 50 meters (165 feet). Suitable for showering or swimming in shallow water.
  • Water-tested to 100 meters (330 feet). Suitable for swimming and snorkeling.
  • Water-tested to 150 meters (500 feet). Suitable for snorkeling.
  • Water-tested to 200 meters (660 feet). Suitable for skin diving.
  • Diver's 150 meters (500 feet). Meets ISO standards and is suitable for scuba diving.
  • Diver's 200 meters (660 feet). Meets ISO standards and is suitable for scuba diving.
  Please note that we do not recommend swimming or diving with your watch unless it has a screw-down crown (also known as 'screw-lock' or 'screw-in' crown) and is water-resistant to at least 100 meters.

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  Keeping Your Watch Dry
  Always make sure your watch is dry after it has been exposed to water. By taking a few minutes and thoroughly drying your watch with a lint-free cloth, you will prevent rust from forming. This is a key point in ensuring the long life of your watch.

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  Caring for the Crystal
  The crystal is the transparent part of the watch through which you tell time. As we discussed with water, a watch may have a scratch-resistant crystal, however no crystal is truly scratchproof. Therefore, it is not advisable that you toss your watch onto the dresser or into a drawer at the end of the day. It's better for the watch to store or wrap it in a soft cloth before placing it down. The more care you take with the watch, the less scratches you will end up with. Replace broken or scratched crystals immediately. Even a hairline crack can let dust or moisture into the mechanism, threatening its accuracy. If you place the watch in a drawer with other jewelry, this too may scratch the watch, as it might rub against the other pieces. Another suggestion would be to store the watch in its original case, since these cases are generally soft and made specifically for the watch.

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  Metal Versus Leather Bands
  If you participate in activities that cause excessive sweat or perspiration, you may want to consider getting a watch with a metal bracelet or rubber strap, instead of a leather strap. Watches that have natural and genuine leather straps will gradually deteriorate with constant exposure to perspiration. Metal bracelets would best be classified as "dress" watches.

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  Battery Replacement
  Watches that run on batteries are known as 'Quartz' watches. The batteries will last anywhere from one to several years. Watches that do not need battery replacement include automatic (self-winding) watches and solar-powered watches (which have a rechargeable battery). You may want to consult the watch's manual if you're not sure what type of watch you have.

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  Cleaning Your Watch
  The best way to clean your watch is by using a lint-free cloth and a toothpick. Use the toothpick to clean out any dirt buildup in the bracelet or casing of the watch and the cloth to wipe it clean. If it is water-resistant, give it an occasional cleaning with a mixture of warm water and a mild soap. If the strap is leather or non-metal, clean only the case.

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  Servicing Your Watch
  Like any other piece of machinery, a watch must be cleaned, oiled, and serviced. Every couple of years, you may notice the watch losing time or running fast-or it may stop working altogether. Just take your watch to a local watch professional for servicing.

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  Automatic Watch Maintenance
  Although automatic mechanical watches do not have batteries, some easy-to-follow maintenance is necessary for continued and long-lasting good use.

  
  Self-winding automatic watches depend on the movement of the arm to operate and do require some winding, even if you wear your watch on a daily basis.

  
  If you wear your Automatic watch everyday, it is best to wind it once, every two weeks to keep the wheels in motion and oil fluid. Simply wind the crown (the same knob used to adjust the time and date) until you meet slight resistance.

  
  If you do not wear your Automatic watch everyday, you should try to wind it at least twice a week to ensure continuous operation, as well as keeping the inside mechanism in complete running order.

  
  Try to wind your mechanical watch at the same time every day. This is extremely beneficial for the mechanism. You may want to make it a routine, winding it every morning when you wake up.
  Avoid setting the day and/or date (if your watch has these functions) at night. The day-date mechanism is activated during the nighttime hours and could be disrupted if set at this time.
  And, always avoid wearing your mechanical watch, if you are playing a sport requiring continuous arm motion (e.g. tennis, baseball, golf), since continuous arm motion could damage the movement.
  

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FAQs

• What's the difference between quartz and mechanical/automatic movements?
  
• How do watches work?
  
• Are watches really waterproof?
  
• What's the difference between a chronograph and a chronometer?
  
• How long should the battery in my watch last?
  
• What's a crystal?
  
• Is it better to get a leather band or a metal one?
  
• What's the best way to clean my watch?

  Some of the questions we receive from our customers regarding watches are answered below. If you cannot find an awnser to your question below send us an Online Inquiry and receive a prompt reply from our trained experts.

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• What's the difference between quartz and mechanical/automatic movements?
  The movement, or inner workings, of the watch are what make up the main timekeeping mechanism. Most watches have either a quartz movement or a mechanical movement. The type of movement you choose depends mostly on one's taste. Mechanical movements are a tribute to the watchmaker's art and monitor the passage of time by a series of gear mechanisms. When a mechanical movement does not have to be wound, it is known as an automatic movement. These self-winding movements are wound by the movement of your wrist. (No, you don't have to shake it to work! The normal, everyday movement of the watch on your wrist charges the winding reserve.) When this type of watch is removed from your wrist, the movement winds down in 10 to 72 hours, depending on the size of its winding reserve.
  Quartz movements, on the other hand, are powered by a battery and do not stop working once removed from your wrist. When activated by a battery or solar power, the thin sliver of crystal very predictably vibrates at an extremely high frequency (32,768 times per second), thus providing very accurate timekeeping. The battery in a quartz watch generally needs to be replaced every 1.5 years.
  
  

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  What's the difference between quartz and mechanical/automatic movements?
  The movement, or inner workings, of the watch are what make up the main timekeeping mechanism. Most watches have either a quartz movement or a mechanical movement. The type of movement you choose depends mostly on one's taste. Mechanical movements are a tribute to the watchmaker's art and monitor the passage of time by a series of gear mechanisms. When a mechanical movement does not have to be wound, it is known as an automatic movement. These self-winding movements are wound by the movement of your wrist. (No, you don't have to shake it to work! The normal, everyday movement of the watch on your wrist charges the winding reserve.) When this type of watch is removed from your wrist, the movement winds down in 10 to 72 hours, depending on the size of its winding reserve.

  Quartz movements, on the other hand, are powered by a battery and do not stop working once removed from your wrist. When activated by a battery or solar power, the thin sliver of crystal very predictably vibrates at an extremely high frequency (32,768 times per second), thus providing very accurate timekeeping. The battery in a quartz watch generally needs to be replaced every 1.5 years.
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  How do watches work?
  Watches essentially tell time by the integration of three main components: an energy source, a time regulating mechanism and a display. The energy source can be electronic (as in a battery) or mechanical (as in a wound spring). A watch's main timekeeping mechanism is called its movement. Today's watches fall into two categories: Mechanical movements and Quartz movements. Mechanical watches are made up of about 130 parts that work together to tell time. Automatic mechanical movements mark the passage of time by a series of gear mechanisms, and are wound by the movement of your wrist as you wear it. The gear train then transmits the power to the escapement, which distributes the impulses, turning the balance wheel. The balance wheel is the time regulating organ of a mechanical watch, which vibrates on a spiral hairspring. Lengthening or shortening the balance spring makes the balance wheel go faster or slower to advance or retard the watch. The travel of the balance wheel from one extreme to the other and back again is called oscillation. A series of gears, called the dial train, then turns the hands on the watch face.
  
  Quartz watches work with a series of electronic components, all fitting together in a tiny space. Rather than a spring, a quartz watch relies on a battery for its energy. The battery sends electrical energy to a quartz crystal, which vibrates at an incredibly high frequency (32,768 times a second), providing highly accurate timekeeping. This energy is then transmitted via a stepping motor, which transforms the electrical impulses into mechanical power, turning the gear train, which moves the hands on the watch face. For more detailed information on how watches work, along with descriptions of their parts, visit our Learning Center.

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  Are watches really waterproof?
  No. In fact, they aren't. It is actually illegal to represent a watch as being "water-proof". Watches, however, can be water-resistant. In fact, most watches have some sort of water-resistance. A watch marked as water resistant without a depth indication is designed to withstand accidental splashes of water only. Do not submerge such a watch. Higher levels of water resistance are indicated by increasingly higher acceptable depths, usually indicated in meters.
  There are a variety of ways to make a watch water resistant. All such watches use rubber gaskets or "O" rings to seal the case back. A watch with a back that screws onto the case provides a higher degree of water resistance. Some crowns (the "winding stem") actually screw into the case to further increase water resistance.

Usage Recommendations

The following usage recommendations are suggested by the Seiko Corporation of America.

• Water-resistant to 30 meters (100 feet). Will withstand splashes of water or rain but should not be worn while swimming or diving.
• Water-tested to 50 meters (165 feet). Suitable for showering or swimming in shallow water.
• Water-tested to 100 meters (330 feet). Suitable for swimming and snorkeling.
• Water-tested to 150 meters (500 feet). Suitable for snorkeling.
• Water-tested to 200 meters (660 feet). Suitable for skin diving.
• Diver's 150 meters (500 feet). Meets ISO standards and is suitable for scuba diving.
• Diver's 200 meters (660 feet). Meets ISO standards and is suitable for scuba diving.
  
  Please note that we do not recommend swimming or diving with your watch unless it has a screw-down crown (also known as 'screw-lock' or 'screw-in' crown) and is water-resistant to at least 100 meters.

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  What's the difference between a chronograph and a chronometer?
  A chronograph is a name given to a multifunction sport watch with a stopwatch function. Most have two or three sub-dials, or mini-dials, for measuring minutes and hours. A chronometer, on the other hand, is a precision watch that has been rigorously tested by the Control Officile Suisse de Chronometers (COSC), an official watch testing laboratory in Switzerland, to keep accurate time in various temperatures and positions over a 15-day period. The watch must lose no more than five seconds per day in order to be designated a chronometer.

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  How long should the battery in my watch last?
  Generally, the battery in a quartz watch will need to be replaced every 1.5 years.

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  What's a crystal?
  The clear cover over the watch face is called the crystal. Three types of crystals are commonly found in watches: Acrylic crystal is an inexpensive plastic that allows shallow scratches to be buffed out. Mineral crystal is composed of several elements that are heat-treated to create an unusual hardness that aids in resisting scratches. Sapphire crystal is the most expensive and durable, approximately three times harder than mineral crystals and 20 times harder than acrylic crystals. A non-reflective coating on some sport styles prevents glare.

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  Is it better to get a leather band or a metal one?
  Strap watches may have bands made from a variety of materials, including leathers, exotic skins and synthetics. In general, it's best to avoid fine leathers if you will expose the watch to water or perspiration from physical activity. Rubber straps are a little more durable against water and perspiration. Do keep in mind, that if you do not like a certain strap on a watch, it's relatively inexpensive and easy to replace the band with one of many varieties, textures and colors. Metal bands are called 'bracelets', and are available in various metals, including gold, platinum, stainless steel and titanium. Some manufacturers have styles that combine two kinds of metals, such as gold and steel, which are known as two-tone bracelets. The choice is really a matter of personal taste. Generally speaking, strap watches are viewed as a more casual fashion statement, although they can be very attractive and quite costly.

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  What's the best way to care for and clean my watch?
  The best way to clean your watch is by using a lint-free cloth and a toothpick. Use the toothpick to clean out any dirt buildup in the bracelet or casing of the watch and the cloth to wipe it clean. If it is water-resistant, give it an occasional cleaning with a mixture of warm water and a mild soap. If the strap is leather or non-metal, clean only the case. For more information, visit our Learning Center.

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Buying Guide

• Water Resistance
  Scratch Resistance
  Automatic and Quartz Movements
  Shock-Proofing
  Strap Materials
  Case Materials
  
• Warranties

  Selecting a watch that you will use and enjoy for many years to come can be a fun, easy process, with a little bit of knowledge. If you're not sure which watch to buy and what kind of functions it should have, follow these easy steps. In the end, a watch is a reflection of you and your lifestyle, just like the clothes you wear or the car you drive.
  The watch that you select should be appropriate for the activities that you intend to use the watch for. If your primary purpose is athletic, you may consider watches that are shockproof. If you will be using the watch for work and play, do you need water resistance and if so, to what degree? If you will be using the watch for swimming and diving, you may want to consider a watch that has a screw-down crown and a plastic strap. The trend in watch buying is certainly in the direction of all steel and other white metals. Also, the 'sporty' look in watches has become more popular than the 'dressy'. Again, the first step is to ask yourself the key functions or attributes that will be needed for the way you will wear the watch. Here are a few things to consider when purchasing a watch:
  Water Resistance
  A watch marked as water resistant without a depth indication is designed to withstand accidental splashes of water only. Do not submerge such a watch. Higher levels of water resistance are indicated by increasingly higher acceptable depths, usually indicated in meters.
  There are a variety of ways to make a watch water resistant. All such watches use rubber gaskets or "O" rings to seal the case back. A watch with a back that screws onto the case provides a higher degree of water resistance. Some crowns (the "winding stem") actually screw into the case to further increase water resistance.
  
  Usage Recommendations The following usage recommendations are suggested by the Seiko Corporation of America.

  • Water-resistant to 30 meters (100 feet). Will withstand splashes of water or rain but should not be worn while swimming or diving. Water-tested to 50 meters (165 feet). Suitable for showering or swimming in shallow water. Water-tested to 100 meters (330 feet). Suitable for swimming and snorkeling. Water-tested to 100 meters (330 feet). Suitable for swimming and snorkeling. Water-tested to 200 meters (660 feet). Suitable for skin diving. Diver's 150 meters (500 feet). Meets ISO standards and is suitable for scuba diving.
  • Diver's 200 meters (660 feet). Meets ISO standards and is suitable for scuba diving.

  Please note that we do not recommend swimming or diving with your watch unless it has a screw-down crown (also known as 'screw-lock' or 'screw-in' crown) and is water-resistant to at least 100 meters.

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• Scratch Resistance
  The crystal is the clear covering over the face and hands of the watch. The material used in making the crystal determines its scratch resistance. These types of crystals are generally used in watches:

  • An acrylic plastic crystal is the least scratch-resistant, although shallow scratches can be polished out. A mineral crystal is made up of several mineral elements that are manufactured and treated by heat procedures to create a hardness that helps in resisting scratches.
  • A sapphire crystal is the most durable and scratch-resistant crystal. It's approximately 3 times harder than a mineral crystal and 20 times harder than acrylic plastic crystals.

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  Automatic and Quartz Movements
  The movement is the inner workings or assembly of the watch that make up the main timekeeping mechanism. Most watches have either a quartz movement or an automatic movement. The type of movement you choose depends mostly on one's taste. Automatic movements are a tribute to the watchmaker's art and monitor the passage of time by a series of gear mechanisms. Most automatic movements (self-winding) are wound by the movement of the wrist. (No, you don't have to shake it to work! The normal, everyday movement of the watch charges the winding reserve.) When this type of watch is removed from your wrist, the movement winds down in 10 to 72 hours, depending on the size of its winding reserve. Quartz movements are powered by a battery and do not stop working once removed from the wrist. The battery in a quartz watch generally needs to be replaced every 1.5 years.
  
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  Shock-Proofing
  Most watches are sturdy enough to protect against normal everyday wear and tear, including light bumps. If you're going to be engaging in intensive athletic activity, you may want a watch that is also shockproof. G-Shock by Casio makes an extensive line of shockproof watches.
  
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  Strap Materials
  The choice is really a matter of personal taste. Strap watches may have bands made from a variety of materials, including leathers, exotic skins and synthetics. In general, it's best to avoid fine leathers if you will expose the watch to water or perspiration from physical activity. Rubber straps are a little more durable against water and perspiration. Do keep in mind, that if you do not like a certain strap on a watch, it's relatively inexpensive and easy to replace the band with one of many varieties, textures and colors. www.lrwatch.com carries a variety of strap and bracelet watches in all different price ranges.
  
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  Case Materials
  The material your watchcase is made from often determines how durable and expensive the watch is. The most popular metal used in better watches is stainless steel. This metal is very durable, resists rusting and discoloration and is reasonably priced. Precious metals may also be used. These include 10k gold, 14k gold, 18k gold, sterling silver or platinum. Recently, titanium-a very strong but lightweight metal-has become a popular alternative in sports watches. Titanium is stronger, but lighter than stainless steel. Back to Top

  Warranties
  A watch warranty will generally cover malfunctions in the watch movement and does not cover any damage to the crown, case, crystal, buttons, bracelet, strap or face. The warranty period is usually for 1 to 2 years. At www.lrwatch.com, we offer our own warranty, which is serviced by our own experienced and knowledgeable watchmakers. Most reputable watch sellers encourage the customer to send the watch back to the seller for servicing. The watch seller coordinates the service process, which makes it 'hassle-free' for customers.
  The watches that www.lrwatch.com has on our site contain extensive descriptions. If you don't find what you're looking for in the description, you can send us an Online Inquiry and receive a prompt reply from service@lrwatch.com
  

Water Resistance and Watches

Your new watch says it is water resistant, but what exactly does that mean? And how do you care for a water resistant watch?

Definition of Water Resistance
A watch marked as water resistant without a depth indication is designed to withstand accidental splashes of water only. Do not submerge such a watch. Higher levels of water resistance are indicated by increasingly higher acceptable depths, usually indicated in meters.

There are a variety of ways to make a watch water resistant. All such watches use rubber gaskets or "O" rings to seal the case back. A watch with a back that screws onto the case provides a higher degree of water resistance. Some crowns (the "winding stem") actually screw into the case to further increase water resistance.

Usage Recommendations
The following usage recommendations are suggested by the Seiko Corporation of America.

• Water-resistant to 30 meters (100 feet). Will withstand splashes of water or rain but should not be worn while swimming or diving.
  
  
• Water-tested to 50 meters (165 feet). Suitable for showering or swimming in shallow water.
  
  
• Water-tested to 100 meters (330 feet). Suitable for swimming and snorkeling.
  
  
• Water-tested to 150 meters (500 feet). Suitable for snorkeling.
  
  
• Water-tested to 200 meters (660 feet). Suitable for skin diving.
  
  
• Diver's 150 meters (500 feet). Meets ISO standards and is suitable for scuba diving.
  
  
• Diver's 200 meters (660 feet). Meets ISO standards and is suitable for scuba diving.
  

After swimming or diving in salt water, immediately rinse the watch in a stream of fresh water. If your watch has a rotating bezel, turn the bezel several times while rinsing it. This will prevent salt buildup and corrosion of the bezel ring.

Leather straps can be made to be water resistant too. Generally however, leather straps are more easily damaged by frequent exposure to water. So if you are going to wear your watch while swimming -- think of buying one with a metal bracelet or a rubber or nylon diver strap.