![]() The time indicator assembly comprises the hour, minute and second hands that glide across the watch face, providing a clear and intuitive representation of time. It is one of the most functional parts of the watch and regulates to show the correct time. Balance WheelĬarrying the delicate hairspring, the balance wheel is a pivotal part of the escapement. The absence of an escape system would result in unrestricted movement and a swift depletion in the power of an automatic watch. Comprising an escape wheel and a lever, it regulates the timekeeping process. Often referred to as the heart of a mechanical watch, the escapement orchestrates the tick-tock rhythm. As the mainspring retracts and elongates, even the slightest elongation will set the gears into motion. The mainspring is connected to a set of wheels or gears which transfer energy to the essential components of the watch. It also transfers the stored energy to the watch’s other components, propelling the intricate mechanism of a fully automatic watch forward. The oscillation causes the mainspring to wind or tighten. ![]() MainspringĪt the core of the watch is a mainspring, which accumulates energy as the rotor oscillates freely within it. With every swing of the wearer’s hand the rotor moves, winding the mainspring and powering the watch. Nestled with intricate details, this watch is equipped with a rotor, positioned at the back of the movement. The Components and Working of an Automatic Watch With their self-winding mechanism, these watches harness the natural motion of the wearer’s wrist as they move through the day to power the movements of the watch. ![]() Automatic watches, also known as self-winding watches are a captivating fusion of intricate craftsmanship and mechanical ingenuity. ![]()
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