Validating Product Longevity Under Real-World Conditions
BQCIS conducts lifecycle and reliability testing to simulate years of usage within controlled laboratory environments. Our programs combine mechanical, thermal, electrical, and environmental stresses to expose potential failure mechanisms early in development.
We apply methodologies such as Highly Accelerated Life Testing (HALT), Highly Accelerated Stress Screening (HASS), vibration endurance, thermal cycling, and fatigue analysis—designed per IEC, ISO, ASTM, and MIL standards.
This approach allows manufacturers to predict mean time between failure (MTBF), identify weak components, and strengthen design robustness before market release.
Key Activities in Product Lifecycle & Reliability Testing
Key Benefits of Lifecycle & Reliability Testing
Enhanced Design Robustness
Identify weak links early to prevent costly redesigns and warranty failures post-launch.
Predictive Reliability
Forecast product life expectancy and performance consistency across varying conditions.
Compliance Assurance
Meet reliability and durability standards defined by IEC, ISO, ASTM, and OEM benchmarks.
Reduced Lifecycle Costs
Lower warranty exposure and maintenance costs through validated long-term reliability data.
Success Story
Reliability Qualification for Automotive Control Module
An automotive electronics supplier required endurance validation for a control module exposed to engine bay temperature and vibration cycles.
BQCIS executed HALT/HASS procedures per IEC 60068 and OEM specs, combining vibration and thermal cycling to simulate five years of field life.
Failure-free performance across all samples confirmed design readiness for mass production. Customer used data for OEM qualification and warranty submission.