Rolex Manufacturing Process And Achievements
In 1956, Rolex successfully developed a watch capable of resisting interference of 1,000 Gauss (that is, 0.1 Tesla, or 80,000 A/m), making its excellent timing performance successfully overcome the influence of magnetic fields for the first time. Half a century has passed, and Rolex's achievements in anti-interference are still continuing. The magnetic shielding design inside the Oyster case is the first line of defense. The European Organization for Nuclear Research (CERN) is the world’s most outstanding particle physics laboratory. It is at the forefront of scientific research to explore the mysteries of the universe and possesses the world’s highest energy particle accelerator; it was also in the 1950s that this A physics laboratory confirmed for the first time that the Rolex Milgauss model watch is sufficient to withstand the influence of a 1,000 Gauss magnetic field. The strap and buckle design fully embodies the fun of wearing Rolex watches. The in-depth study of ergonomics ...