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Why Ultra-Thin Automatic Watches Are So Difficult to Engineer
Ultra-thin automatic watches are among the most technically demanding achievements in modern watchmaking. While adding complications often receives the most attention, reducing the thickness of a mechanical movement presents an entirely different engineering challenge. Every component must occupy less space without compromising the movement's stability, efficiency, or long-term performance. This level of mechanical sophistication is also one of the reasons why collectors often rely on an automatic watch winder when rotating several automatic timepieces, helping keep complex movements...























