Journal of Engineering Research

High-precision temperature control is a key factor in ensuring product quality and performance during the injection molding process of medical consumables. Aiming at the problems of slow response and low precision in traditional injection molding temperature control systems, this paper designs a temperature control system based on advanced sensors and intelligent control algorithms. By real-time monitoring of the temperature in the injection cavity and combining with the thermal conductivity characteristics of the mold, the system achieves precise temperature adjustment and dynamic control, effectively reducing molding defects and improving the consistency and reliability of products. This system significantly enhances temperature control accuracy and response speed, showing strong engineering application value. This study provides technical support for optimizing the injection molding process of medical consumables and promotes the stable production of high-quality medical consumables.

High-precision temperature control; Medical consumables; Injection molding; Intelligent control system; Sensor technology