Moving Type Empty Bottle Leak Tester With High Precision Servo Driven Leak Detection
Machine Advantage:
Adopting a servo linear module, this Moving Head Empty Bottle Leak Tester can track bottles in real-time while conducting leak detection measurements. This advanced operation mode breaks through the limitations of traditional detection methods. By precisely following the movement of bottles on the conveyor line, it achieves an efficient high-speed leak detection effect. The servo system's high responsiveness and accuracy ensure that even tiny leaks can be accurately identified during the continuous movement of bottles, providing a strong guarantee for product quality control.
When operating at the same speed as other conventional leak detection equipment, it has a relatively small land occupation. Its compact structural design optimizes the layout of internal components. The rational arrangement of the servo drive system, detection sensors, and bottle-conveying path allows it to fit perfectly in production workshops with limited space. Whether it is a newly built factory or an old workshop undergoing renovation, this equipment can be easily integrated into the production line without requiring a large amount of additional space investment.
It is suitable for a wider range of bottle types. Thin and tall bottles, which are often difficult to handle in leak detection, are very suitable for this tester, and it also shows excellent adaptability to bottles with difficult to detect shapes. Moreover, it features a non-intercepting design and is applicable to special-shaped bottles. During the leak detection process, the conveyor line does not need to stop. This not only ensures the continuous flow of the production line and improves overall production efficiency but also solves the problem of bottle jams caused by the stop of the conveyor line in traditional detection methods. By maintaining the continuous movement of bottles, it avoids the risk of bottle extrusion and damage, ensuring the integrity of products during the detection process.
