Knowledge

A Seiko automatic watch uses mechanical energy. It does not need a battery. It uses an internal rotor. The rotor turns with wrist movement. This turning action winds the mainspring.…

A Seiko automatic watch is a mechanical timepiece. It does not use a battery. Instead, it uses kinetic energy. Your wrist movement powers the watch. Inside, a rotor spins as…

A mechanical watch is a masterpiece of micro-engineering. It relies on dozens, sometimes hundreds, of moving parts. Each part interacts with others. Over time, friction builds. Without lubrication, friction causes…

A pocket watch is not just a timekeeping device; it is a finely crafted mechanical masterpiece. Maintaining its performance and longevity requires correct winding techniques. Winding a pocket watch properly…

Hamilton automatic watches are renowned for their precision, craftsmanship, and reliability. These timepieces use a self-winding mechanical movement that relies on wrist motion to maintain power. Understanding how to correctly…

Servicing a watch movement is an essential skill in horology, requiring precision, patience, and profound understanding of mechanical intricacies. Proper servicing ensures longevity, accuracy, and reliability of timepieces. This article…

An automatic watch runs on motion. It does not use batteries. It uses a rotor that swings with wrist movement. This swinging action winds the mainspring. The mainspring stores energy.…

A mechanical watch operates without electricity. It relies on a complex system of gears, levers, and springs. The core component is the mainspring. This coiled spring stores the energy required…

A watch movement is the mechanism that powers the watch. It controls how the hands move and how time is kept. There are two primary types: mechanical and quartz. Each…

Japanese movement watches refer to timepieces that use mechanical components developed by Japanese watchmakers. These movements are known for precision, reliability, and mass-market accessibility. Brands such as Seiko, Citizen, and…