Why Building Your Own Mechanical Watch Matters Building your own mechanical watch means more than just selecting parts—it involves defining brand identity, engineering precision, and
Introduction: How Mechanical Watches Are Made & Market Context Mechanical watches are built through a multistage process: design, parts fabrication, gear and escapement assembly, regulation,
Mechanical watches use springs, gears, and escapements—not electronics. While smartwatches offer notifications and connectivity, they suffer from battery limits, software obsolescence, and frequent upgrades. Mechanical
Introduction: The Hidden Complexity Behind Mechanical Watches When someone asks “how many parts in a mechanical watch?”, the typical answer often surprises: a standard mechanical
Accuracy Standards in Mechanical Watches: Industry Benchmarks Introduction: Concepts, Importance & Search Intent In watchmaking, accuracy refers to how closely a timepiece’s rate (seconds gained
Introduction: Why Building a Mechanical Watch Is Challenging and Rewarding Mechanical watches combine centuries-old horological craftsmanship with modern engineering. For OEMs (Original Equipment Manufacturers) considering
Seiko vs Citizen: Mechanical Movement Comparison Seiko and Citizen are two of the most influential Japanese watchmakers, each with a distinct philosophy in movement development.
Identifying Authentic Mechanical Movements: A Buyer’s Checklist Introduction Mechanical watches embody centuries of horological craftsmanship, but the growing presence of counterfeit and misrepresented timepieces makes
Demagnetizing Mechanical Watches: A Factory-Recommended Method Introduction Magnetism is one of the most common external threats to the accuracy of mechanical watches. Even the most
Step-by-Step Guide to Winding Mechanical Watches Correctly Correct winding is one of the most critical procedures in ensuring the longevity and performance of a mechanical