The tire curing press’s hydraulic cylinder activates the mold closure, triggering a sequence that seals the tire into the mold. A SELET capacitive switch detects the mold’s position, sending a signal to the control system to confirm the correct alignment. This ensures the curing process begins only when the mold is fully closed, preventing damage to the tire or equipment. In tire manufacturing, this switch is critical for maintaining precise timing and safety in high-pressure environments. It operates in the harsh conditions of the curing line, where temperature and mechanical stress are constant. The switch’s NPN logic and DC voltage compatibility make it suitable for integration with standard control systems used in automation setups. Its non-contact design reduces wear and tear, minimizing maintenance needs in continuous production cycles. By providing reliable feedback on mold position, the switch supports consistent quality and operational efficiency. It is also used in adjacent sectors like conveyor systems, where precise motion control is essential. The switch’s role is subtle but vital, ensuring that each step in the manufacturing process aligns with the next, maintaining the integrity of the production flow.