The drive of the screen body adopts the vibration motor scale vibration mode, the vibration force and the vibration direction can be adjusted as needed.
Customers can configure 2 or 3 layers of screens according to their needs, for different materials to be classified or screened.
The tail support adopts imported elastic support mechanism, safe and reliable, and long service life.
The screen body can be suspended and supported on the floor, which is easy to install.
The screen change structure can easily change the screen by one person, and save the cost of the screen frame.
Can be used in many industries such as feed, food, food, chemical, sugar, mining, paper making, etc.
The power is transmitted from the motor to the driving device through the triangle belt, and the driving device then drives the screen body with a certain slope. The driving device is provided with an eccentric device, so the trajectory of the screen body from the feeding end to the discharging end gradually changes from horizontal circular motion to elliptical motion, and finally becomes approximately reciprocating linear motion. The material enters the sieve body from the feed port, and it is quickly and evenly distributed across the width of the sieve surface under the action of the circular motion of the feed end of the sieve body, and automatic classification is generated. Therefore, the material with the smaller particle size under the material layer is quickly screened, while the material with the larger particle size above moves along the oblique surface of the screen body to the lower end (discharge end).
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