Watchmaking and Servicing
Each watch is assigned to our accredited watchmaker, who will give it a complete health check. The watch will be fully deconstructed according to the brand procedure so that each part can be cleaned, serviced and replaced if necessary.
Polishing
In our polishing room, our skilled technician will remove marks on the case and bracelet of the watch and all kinds of jewellery, brought about by daily wear and tear. A factory finish will be applied to the product, using the same tools and techniques used by premium brands.
Inspection
Every jewellery and watch service, repair or refurbishment is followed by a series of thorough tests by our experts, to ensure that the product falls within brand standards. Once they have inspected the product, it is given a Adnan Jewellery LLC warranty, if not covered by the jeweller or the watchmaker.
Watch Repair & Service Centre
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For ceramic or metal bracelets, use a soft brush with mild soapy water and rinse thoroughly. Avoid using abrasive materials.
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Rubber straps can be cleaned with a damp cloth and mild soap. Ensure thorough drying to prevent moisture buildup.
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White rubber straps may require more frequent cleaning to maintain their pristine appearance.
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Leather or satin straps should be gently wiped with a dry, soft cloth. Avoid exposing them to water or excessive moisture.
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PVD coated or diamond-set watches should be cleaned using a soft, dry cloth to prevent scratches or damage to the delicate surfaces.
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Water resistance refers to a watch's ability to withstand exposure to water without damage.
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Optimal water resistance recommendations may vary by watch model. Consult the manufacturer's guidelines for specifics.
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Avoid exposing your watch to hot water as it can damage the internal components and compromise its water resistance.
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Sea water can be particularly corrosive, so it's advisable to rinse the watch with fresh water after exposure to saltwater.
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Watches with screw-down crowns provide enhanced water resistance when the crown is properly tightened.
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Magnetism can affect the accuracy and performance of a watch.
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Magnetic fields can cause the movement to run fast or slow or even stop altogether.
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Many modern watches incorporate anti-magnetic features to protect against magnetization.
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If your watch becomes magnetized, professional demagnetization may be required to restore its accuracy.
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A quartz movement is a type of watch movement that relies on the vibrations of a quartz crystal to maintain accurate timekeeping. It is named after the quartz crystal, a mineral with piezoelectric properties, meaning it generates an electric charge when subjected to mechanical pressure or vibrations.
In a quartz movement, a small battery supplies electrical energy to the watch circuit. This energy is used to power an electronic oscillator, often in the form of a tiny quartz crystal. The crystal is cut and shaped to vibrate at a specific frequency, usually 32,768 Hz (hertz) or higher. The high frequency of the quartz crystal ensures precise timekeeping by creating a consistent oscillation.
The quartz crystal's vibrations are measured by an electronic circuit called an integrated circuit (IC) or microchip. The IC counts the vibrations and converts them into regular electrical pulses. These pulses are then sent to a stepper motor, which drives the movement's hands in precise increments, indicating the time.
Quartz movements offer several advantages over other types of movements:
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Accuracy: Quartz movements are highly accurate and can achieve deviations of only a few seconds per month. This level of precision makes them more reliable than mechanical movements.
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Low Maintenance: Quartz watches require minimal maintenance compared to mechanical watches. The battery can power the movement for several years before needing replacement.
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Affordability: Quartz movements are generally less expensive to produce than mechanical movements, making quartz watches more affordable for a wider range of consumers.
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Durability: Quartz movements are less susceptible to external factors such as temperature, position, or shock, which can affect the accuracy of mechanical movements.
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Quartz movements have become ubiquitous in the watch industry since their introduction in the late 1960s. They are commonly found in various watch styles, from casual and sports watches to dress watches. Their accuracy, reliability, and affordability have made them a popular choice for everyday timepieces.
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An automatic movement, also known as a self-winding movement, is a type of mechanical watch movement that eliminates the need for manual winding. It is designed to automatically wind the watch's mainspring through the natural motion of the wearer's wrist.
The automatic movement works by utilizing a rotor, a semicircular weight that is connected to the movement's winding mechanism. As the wearer moves their wrist, the rotor rotates freely on its pivot, transferring energy to the mainspring through a series of gears. This winding action stores potential energy in the mainspring, which powers the watch's timekeeping functions.
The rotor is typically designed to rotate in both directions, ensuring that the watch is continuously wound regardless of the direction of the wrist's motion. To prevent over-winding and to maintain the watch's accuracy, most automatic movements feature a slipping clutch or mechanism that disengages the winding process once the mainspring is fully wound.
Automatic movements offer several advantages over manual-winding movements. They provide the convenience of not having to manually wind the watch, as the natural motion of the wrist keeps it continuously wound. This can be particularly useful for individuals who wear their watches daily or have multiple watches in their rotation.
Furthermore, automatic movements often have a power reserve, indicating how long the watch can run without further wrist motion. This feature allows wearers to know when the watch needs to be worn or wound if it hasn't been in motion for an extended period.
Automatic movements are highly regarded for their craftsmanship and are commonly found in luxury and high-end watches. They require meticulous engineering and assembly to ensure the smooth and efficient operation of the rotor and winding mechanism.
It's important to note that automatic movements do require periodic servicing to ensure their long-term performance and accuracy. This typically involves cleaning, lubricating, and adjusting the movement's components by a skilled watchmaker.
A kinetic movement, commonly used by Seiko, is a type of watch movement that combines elements of both mechanical and quartz movements. It is a self-winding mechanical movement, which means it doesn't require manual winding.
In a kinetic movement, the energy to power the watch is generated through the motion of the wearer's wrist. When you wear a kinetic watch and move your wrist, a rotating weight inside the watch moves as well. This rotation generates energy, which is then converted and stored in a rechargeable battery within the watch. Unlike traditional automatic mechanical movements that use a rotor to wind the mainspring, Seiko kinetic movements use a rotating weight called a "magic lever." This weight drives a miniature electrical generator, which produces the electrical energy needed to power the watch.
The electrical energy generated by the rotation of the weight is stored in a capacitor, which acts as a power reserve for the watch. The capacitor releases this stored energy to drive the watch movement and keep it running accurately.
One of the advantages of a kinetic movement is its convenience. As long as you wear the watch and move your wrist regularly, the movement will continue to generate energy and keep the watch running. Additionally, kinetic watches typically have a long power reserve, often lasting several months, thanks to the capacitor's ability to store a significant amount of energy.
Seiko is known for its kinetic movements, but it's important to note that the term "kinetic" is specific to Seiko watches and is not used universally in the watch industry.
A solar movement, also known as a solar-powered movement, is a type of watch movement that harnesses light energy, typically from sunlight or artificial light, to power the watch. Solar movements are based on quartz technology and offer the accuracy and reliability associated with quartz watches.
The core of a solar movement consists of a solar panel, often located on the watch's dial or case back. This solar panel captures light energy and converts it into electrical energy using photovoltaic cells. The generated electrical energy is then stored in a rechargeable battery within the watch.
The stored energy in the battery powers the watch's movement, including the quartz oscillator, which ensures precise timekeeping by vibrating at a specific frequency. Solar movements usually have a power reserve function that enables the watch to continue running even when not exposed to light for a certain period. This power reserve can range from a few months to several years, depending on the watch's design and the amount of energy stored.
One of the significant advantages of solar movements is their eco-friendly nature. By utilizing light as an energy source, solar watches reduce the reliance on disposable batteries, contributing to a more sustainable approach to timekeeping. Additionally, solar-powered watches offer the convenience of not having to replace batteries regularly, as long as they are exposed to light to maintain their power reserve.
Solar movements are popular in outdoor and sporty watch collections, as they provide reliable timekeeping in various environments. They are designed to be efficient even in low-light conditions and can be recharged by both natural and artificial light sources.
Seiko was one of the pioneers in developing solar-powered watches with their "Seiko Solar" line, but today, many watch brands offer solar movements in their collections, catering to those who value both accuracy and sustainability.
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Magnetism can affect the accuracy and performance of a watch.
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Magnetic fields can cause the movement to run fast or slow or even stop altogether.
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Many modern watches incorporate anti-magnetic features to protect against magnetization.
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If your watch becomes magnetized, professional demagnetization may be required to restore its accuracy.
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Jumeirah Beach Residence,
Plaza Level of Sadaf 7, Dubai Marina,
Dubai, United Arab Emirates.
Email : info@adnanjewellery.ae
Tel.No. : +971 (4) 438 0643
Mob.No. : +971553333126