The working principle of the vibrating screening machine is to use the excitation force generated by the vibrator to vibrate the screen body, thereby driving the materials on the screen to be screened. The materials are affected by the vibration force on the screen and show jumping, tumbling, and other motion states, so that the materials smaller than the screen hole size fall through the screen hole, while the materials larger than the screen hole size are blocked on the screen surface, thereby achieving screening the goal of.

 

There are many types of vibrating screening machines, including circular vibrating screens, linear vibrating screens, rotary vibrating screens, etc. Among them, the circular vibrating screen is the most widely used one. Its screen box moves in a circular motion and has the characteristics of high screening efficiency, large processing capacity, high screening accuracy, and compact structure. The linear vibrating screen is driven by dual motors, which makes the screen body perform linear reciprocating motion in the horizontal direction and is suitable for fast and efficient screening of materials. The rotary vibrating screen uses the compound motion of rotation and vibration to cause the material to form a spiral motion on the screen, thereby achieving fine screening.

 

In addition, with the continuous development of science and technology, some new vibrating screening machines are also emerging, such as ultrasonic vibrating screening machines, high-frequency vibrating screening machines, etc. These new equipment have been greatly improved in terms of screening efficiency, screening accuracy, and processing capacity, providing more choices for material screening in different industries.

 

In short, the vibrating screening machine is an important material screening equipment with a simple working principle, high screening efficiency, and wide application range. It is of great significance for improving material screening efficiency and reducing production costs.