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The reliability of electronic products is closely related to temperature. Lower temperatures ensure higher reliability, as reflected in the industry's "Ten-Degree Rule" or "Six-Degree Rule" - each 10°C or 6°C reduction in temperature doubles the product lifespan. While neither rule has rigorous theoretical proof, engineering experience clearly demonstrates the strong correlation between operating temperature and equipment longevity. Heat generated internally must dissipate outward. Like humans needing cooling to prevent heatstroke or more serious issues, barcode readers also face problems when overheating - from protective shutdowns to complete failure. To ensure reliable operation, we must reduce temperature through various methods that rapidly remove heat.