The working mode of the spiral vibration hoist is relatively intuitive and efficient, and its core lies in the vertical conveying of materials through rotating spiral blades. The following is a detailed explanation of the working mode of the spiral vibration hoist:

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The spiral vibration hoist is mainly composed of key components such as the driving device, spiral blades, casing (or outer pipe), inlet and outlet. When the driving device (usually a motor) is started, it drives the spiral shaft and spiral blades to start rotating. The spiral blades form a continuous spiral conveying channel inside the casing.

The material is introduced into the bottom of the spiral vibration elevator through the feeding port. As the spiral blades rotate, the material is pushed upwards by the blades and begins to move along the spiral channel. During the conveying process, the weight of the material itself and the frictional resistance of the casing on the material work together to ensure that the material does not rotate with the spiral blades, but steadily rises along the spiral path.

As the spiral blades continue to rotate, the material is constantly pushed to higher positions until it is finally discharged from the discharge port, completing the entire vertical conveying process. The working mode of the spiral vibration hoist enables it to efficiently and continuously process various bulk materials, such as coal, sand, cement, crushed ore, etc.

In addition, the structural design of the spiral vibration hoist is compact, occupies a small area, and is easy to install and arrange, further enhancing its flexibility and convenience in practical applications.