Food Grade Vibratory Sieve Screen Machine For Flour /coffee beans sieving/electric sieve vibrator/flour mill sieve

Food Grade Vibratory Sieve Screen Machine For Flour /coffee beans sieving/electric sieve vibrator/flour mill sieve produced and sold by Xinxiang Dayong Vibrating Equipment Co., Ltd. is specialized in screening flour / coffee beans.The rotary vibrating screen has high screening accuracy and high efficiency, and can be used for any powder, granule, and mucus.The screen of the rotary vibrating screen is not blocked, the powder is not flying, and the sieving can be as fine as 500 mesh (28 microns) and the filtration can be as fine as 5 microns.
DY-600 Vibrating Screen /DY-800 Vibrating Screen/DY-1000 Vibrating Screen
Price:598$-898$

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Food Grade Vibratory Sieve Screen Machine For Flour /coffee beans sieving/electric sieve vibrator/flour mill sieve is a low-noise, high-efficiency high-precision fine powder screening machine. A quick screen change takes 3-5 minutes. Totally enclosed, suitable for screening and filtration of granules, powders and mucus. The vibrating screen consists of a vertical motor as the excitation source. The upper and lower ends of the motor are equipped with eccentric blocks, which convert the rotary motion of the motor into three-dimensional motion of horizontal, vertical and inclined, and then transmit this motion to the material on the screen surface. Adjusting the phase angle of the upper and lower ends can change the movement trajectory of the material on the screen surface.The unique mesh frame design of the rotary vibrating screen (sub-mother type), the screen mesh can be used for a long time, the mesh is easy to change, it only takes 3-5 minutes, the operation is simple, and the cleaning is convenient.The vibrating screen has no mechanical action, easy maintenance, can be used in single or multi-layer, and the parts in contact with the material are made of stainless steel (except for medical use).

For materials with large mesh holes, the angle is usually in the range of five degrees to fifteen degrees, so that the materials can quickly move to the edge, thereby increasing the output.

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