Shock Resistance Innovation: How Manufacturers Enhance Movement Accuracy and Reliability

Shockproof system design for collectible watches

When we talk about anti-shock systems, the first thing we probably think of are watches from big brands like Omega and Rolex. Many manufacturers are also pursuing better shock resistance to improve the accuracy and reliability of their watches. In this article, we’ll take a deep dive into watch anti-shock system designs to understand how they work and how they affect the watch’s performance.

The principle of anti-shock system

Let's introduce the principles of anti-shock systems. When a watch is subject to shock or vibration, parts inside the movement will be vibrated, which may cause the watch to operate inaccurately. To prevent this from happening, anti-shock systems are introduced into the design of the watch.

Anti-shock systems usually consist of the following components:

1. Anti-seismic beads

Anti-shock beads are small beads that are placed inside the movement, usually near the balance axis and balance wheel. When the movement is vibrated, the balance wheel will vibrate on the balance shaft. The anti-shock beads can reduce the vibration amplitude of the balance shaft, thereby reducing the vibration of the movement.

1. Iron permanent magnet cover

The iron permanent magnet cover is a material that covers the movement, which can absorb the magnetic field and protect the movement from the interference of the magnetic field. Especially when there are interference sources such as motors, strong magnetic fields, radio waves, wires, etc. near the watch, the iron permanent magnet cover can protect the watch very effectively.

1. Coulomb lock of balance wheel

The balance's Coulomb lock is a specially designed device that can limit the movement of the balance in any direction when the watch is subject to shock or vibration, thus preventing parts from rubbing against each other.

These components form a unique anti-shock system through special designs and materials, helping the watch better withstand external shocks and vibrations.

Anti-shock system design for collectible watches

watch manufacturers usually imitate the shock-proof system design of famous brand watches to improve the accuracy and reliability of collectibles. They may use different materials and techniques to manufacture these components, which may result in differences in anti-shock system performance.

For example, the materials used in anti-seismic beads and ferromagnetic shields may affect their performance. Authentic brand-name watches usually use high-quality materials to maintain the performance of the shock-proof system. However, some manufacturers may use lower-quality materials to manufacture these parts. These materials may cause degradation of the anti-shock system and affect the accuracy and reliability of the watch.

The anti-shock system of a watch may rely heavily on the reliability of special components. If one of these components fails, the entire anti-shock system can collapse, causing problems with the watch that affect its accuracy and reliability.

summarize

The anti-shock system is a very important part of watch design. It can protect the accuracy and reliability of the watch when encountering external shocks and vibrations. The anti-shock system design of collectible watches usually imitates famous brand watches, but due to the different materials and manufacturing techniques used, the performance of the anti-shock system may be very different. Therefore, if you plan to buy a watch, choose the right brand and make sure you understand the design and performance of its anti-shock system.