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How to measure accelerated aging?: Methods and best practices

According to ASTM F1980, a medical device can simulate one year of shelf life by undergoing 40 days of accelerated aging at 55°C, based on an ambient temperature of 25°C. This demonstrates how to measure accelerated aging by subjecting a product to controlled, intensified environmental stressors to predict its long-term performance in a compressed timeframe. This process is crucial for various industries, from medical devices to consumer goods, to ensure product safety, quality, and reliability before full, real-time data is available.