In-House
Laboratory
Testing
Every timepiece undergoes rigorous testing in our state-of-the-art laboratory facilities. From movement precision to durability, we ensure Swiss-standard quality at every stage.
In-House
Testing Facility
Five Core Testing Categories
Our laboratory testing covers every aspect of watch manufacturing, ensuring durability, precision, and quality that meets international standards.
Movement Testing
Quartz & Mechanical
Components Testing
Glass, Dials, Straps, Pushers
Watch Head Testing
Water Resistance & Vibration
Finished Product
Drop & Durability Tests
Plating Testing
Abrasion & Sweat Resistance
Precision at the Core
Every batch of movements undergoes rigorous testing to ensure precision, reliability, and durability.
Quartz Movement Testing
Precision frequency and power analysis
Comprehensive testing of quartz movement accuracy and reliability under various conditions. Our testing ensures frequency stability and optimal power consumption for extended battery life.
- Frequency accuracy testing (±15 seconds/month)
- Temperature resistance testing (-10°C to +60°C)
- Battery life and power consumption analysis
Mechanical Movement Testing
Precision timing and power reserve validation
Rigorous testing of mechanical movement precision across multiple positions and conditions. We verify timing accuracy, power reserve, and overall mechanical performance.
- Timing accuracy in multiple positions
- Power reserve testing (36-42 hours minimum)
- Amplitude and beat error measurement
Every Detail Matters
From crystal clarity to pusher functionality, every component undergoes specialized testing to ensure optimal performance.
Glass Impact Test
Comprehensive impact resistance testing to ensure crystal durability under various stress conditions and everyday use scenarios.
UV Test
Extended UV radiation exposure testing to verify color stability of dials, hands, and case materials under prolonged sunlight exposure.
Wet & Dry Friction Test
Surface durability assessment through controlled friction testing in both wet and dry conditions to simulate real-world wear patterns.
Pushers Test
Extensive pusher functionality testing through thousands of activation cycles to ensure reliable chronograph and function operation.
Pull/Push Force Test
Precise measurement of crown operation forces to ensure optimal user experience and long-term mechanical reliability.
Bending Test
Structural integrity verification through controlled bending stress to ensure case and bracelet durability under normal wear conditions.
Traction & Torsion Test
Comprehensive mechanical stress resistance testing for all moving parts including crowns, pushers, and case connections. This testing ensures long-term durability under various mechanical stresses.
Protection & Performance
The watch case serves as the protective shell for all internal components. Our comprehensive testing ensures reliable protection.
Real Water Test
Immersion testing
Actual immersion testing in controlled water environments to verify water resistance ratings under real-world conditions.
- • 3 ATM (30m) - Daily water resistance
- • 5 ATM (50m) - Swimming and showering
- • 10 ATM (100m) - Water sports activities
Vacuum Leak Test
Precision sealing
Precision vacuum testing to detect microscopic leaks and ensure hermetic sealing of the case for optimal protection.
Electromagnetic Vibratory Test
EMI resistance
Testing resistance to electromagnetic interference and mechanical vibrations in daily use environments and electronic device proximity.
Complete Assembly Validation
Final testing ensures that every completed watch meets our exacting standards for durability and performance.
Drop Test
Impact resistance validation
Controlled drop testing from various heights and angles to simulate real-world impacts and ensure the watch can withstand everyday accidents and drops.
- 1-meter drop test on hard surfaces
- Multiple angle impact assessment
- Function verification post-impact
- Case integrity and crystal damage inspection
Surface Durability & Resistance
Comprehensive surface testing ensures long-lasting finish quality and resistance to everyday wear and environmental factors.
Abrasion Test
Wear resistance testing
Standardized wear testing using controlled friction and abrasion cycles to ensure plating durability over extended use periods. This testing simulates years of normal wear to verify finish longevity.
Artificial Sweat Test
Corrosion resistance
Exposure to synthetic perspiration solutions that replicate human sweat chemistry to test corrosion resistance and ensure skin safety. This testing verifies long-term wearability and hypoallergenic properties.
Ready to Experience Our Quality?
See how our comprehensive testing protocols can ensure the highest quality for your timepiece collection. Contact us for detailed testing reports and capabilities.