The conveying vacuum generator is an efficient power element, and its core function is to quickly establish a local negative pressure environment. It uses compressed gas as a driving source, and through a specific energy conversion principle, it produces a significant vacuum effect in a very short response time. This vacuum effect is not used for high-precision grasping or sealing, but focuses on efficiently generating a negative pressure flow field for suction, which is particularly suitable for industrial scenarios that require continuous and rapid suction, transfer and transportation of bulk materials, granular materials or lightweight objects.
Its operation depends on a stable and clean compressed gas source supply, and the kinetic energy conversion of high-speed gas is achieved through internal design, thereby forming a reliable low-pressure area at the suction port. The structure of this device is usually compact and simple, and it is easy to integrate into automated conveying lines or equipment. The key advantages are its fast start-stop capability, relatively simple configuration, and maintenance-free operation characteristics. In essence, it is a device that converts air pressure energy into vacuum suction force, and is designed and optimized to meet the needs of efficient vacuum generation in automated material conveying processes.