Watch shock resistance testing is of utmost importance, especially for custom-made timepieces. As precision timekeeping instruments, watches may encounter unexpected shocks during daily wear, such as impacts from sports activities or accidental drops. If a watch’s shock resistance performance is inadequate, it can not only affect its timekeeping accuracy but also lead to internal component damage, shortening the watch’s usable lifespan. Establishing a comprehensive shock testing standard is, therefore, key to ensuring product quality and customer satisfaction.
Our Shock Resistance Testing Methodology
The shock resistance testing standards we have developed primarily reference the relevant standards of renowned international watch brands as well as authoritative industry regulations. We have also incorporated the characteristics of our own products and market demands. During the testing process, we simulate various real-world shock and vibration scenarios, including horizontal, vertical, and multi-angle impacts.
The key elements of our custom watch shock resistance testing include:
A. Impact Testing:
- Measure the instantaneous rate deviation before the impact test.
- First impact: Apply shock at the “9 o’clock” side of the watch case, parallel to the dial.
- Second impact: Apply shock vertically to the crystal.
- Measure the instantaneous rate deviation after the second impact.
- Calculate the watch’s residual effects.
B. Vibration Testing:
- Generate vibrations of different frequencies and amplitudes using a vibration table, simulating the continuous shocks encountered in activities like sports or transportation.
- Observe the watch’s performance over an extended testing duration, typically lasting for hours.
C. Movement Stability Testing:
- Measure the timekeeping accuracy of the watch movement before and after the shock testing.
- Inspect the internal components for any looseness or damage.
D. Appearance Inspection:
- Carefully examine the watch case, strap, and dial for any scratches, deformation, or cracks to evaluate the overall structural integrity.
Continuous Improvement for Enhanced Shock Resistance
Although our custom watches have achieved satisfactory shock resistance performance through these rigorous tests, we have also identified areas for improvement. For instance, some watches experienced slight movement displacement under high-intensity impacts, which, while not affecting normal operation, has prompted us to further optimize the structural design and strengthen component fixation in future development.
To continually enhance the shock resistance of our custom watches, we will implement the following improvement measures:
- Increase R&D investment to adopt more advanced shock-resistant technologies and materials, improving the overall impact resistance.
- Optimize the manufacturing process, strictly controlling the precision and assembly quality of components to ensure structural stability.
- Further refine the testing standards, increasing sample sizes and diversifying test scenarios for a more comprehensive evaluation of shock resistance performance.
In conclusion, establishing robust shock resistance testing standards is a crucial means for us to ensure product quality and a powerful guarantee to win market competitiveness. Through this review, we will clearly define our goals and continuously improve our work, providing customers with even more high-quality and reliable custom-made watches.
Our Custom Made Watches
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