The tire curing press relies on a fiber optic cable to transmit real-time data from temperature sensors embedded in the mold to the control system. As the press cycles, the cable withstands high heat and mechanical stress, ensuring continuous communication between the monitoring system and the operator’s interface. This allows precise regulation of curing temperatures, which is critical for achieving consistent rubber vulcanization. The cable’s durability in harsh environments ensures reliable performance during prolonged shifts, reducing downtime and minimizing quality deviations. In the tire manufacturing process, this fiber optic cable plays a vital role in maintaining the integrity of the curing cycle, enabling operators to make timely adjustments and uphold production standards. Its integration into the press’s automation framework supports efficient monitoring and enhances overall process control. By facilitating accurate data flow, the cable contributes to the production of high-quality tires with uniform properties. In adjacent sectors like automotive assembly, similar cables are used for machine-to-machine communication in robotic systems, further demonstrating their adaptability in industrial automation.