Journal of Engineering Research

The temperature control accuracy of the heat sealing device in milk tea sealers directly impacts the quality of the seal and production efficiency. To address the precision issues in traditional temperature control, an experiment was conducted to optimize the temperature control accuracy. By improving the structure of the temperature control system and using new temperature sensors and advanced control algorithms, a platform was set up to conduct multiple comparative experiments. The experimental data shows that the optimized temperature control accuracy has significantly improved, with reduced temperature fluctuation, enhanced stability of the heat sealing temperature, and improved sealing performance, leading to a lower defect rate. Additionally, the effectiveness of the optimization plan under various working environments and load conditions was verified, providing technical support and practical evidence for enhancing the temperature control performance of the heat sealing device in milk tea sealers.

Milk tea sealer; Heat sealing device; Temperature control accuracy; Optimization experiment; Control algorithm