Soy products such as tofu, tofu jerky, and tofu contain a certain amount of soybean residue in the soy milk ground by the grinder during the production process. If not cleaned, it will seriously affect the quality and taste of soy products. In terms of soy product processing technology, Jinhe Company has visited many soy product processing factories in China. In the process of filtering and removing soybean residue from soy milk, most enterprises use the original filtering method of manually shaking the filter cloth. In today's high labor cost, this operation is labor-intensive and the work efficiency is low. Especially in summer, the temperature in the soy product production workshop is very high, and workers have to work at high temperatures, which is very dangerous and the output cannot be increased. Xinxiang Dazhong Screen Machine has improved according to the characteristics of tofu residue in soy product factories. A specialized vibrating screening and filtering machine for screening tofu bean products suitable for soy milk filtration can not only meet high yields, The technology of using vibrating screens to filter soy milk produced by vibrating screen machine factories has been widely popularized and promoted in provinces and cities such as Hubei, Sichuan, Chongqing, Henan, and Shandong, saving manpower.

The three-dimensional rotary vibrating screen can quickly remove insoluble solid substances from various slurries and continuously discharge slag. A three-dimensional rotary vibrating screen can filter up to 100 cubic meters.

Bean product vibrating screen | S49 series rotary vibrating screen product overview:

The basic principle of the S49 series rotary vibrating screen is to use a heavy hammer (unbalanced weight) installed on the motor shaft to convert the motor's rotational motion into horizontal, vertical, and inclined three-dimensional motion, and then transmit this motion to the screen surface, causing the material to undergo outward expansion involute motion on the screen surface. Therefore, this series of vibrating screens is called rotary vibrating screens. The rotary vibrating screen has the advantages of long material trajectory and high utilization rate of the screen surface. Adjusting the phase angle of the upper and lower heavy hammers can change the motion trajectory of the material on the screen surface Materials can be subjected to precision screening, probability screening, and other methods.

Bean product vibrating screen | S49 series rotary vibrating screen material trajectory diagram:

Bean product vibrating screen

Bean product vibrating screen | Application example of S49 series rotary vibrating screen:

Bean product vibrating screen | S49 series rotary vibrating screen Main features:

1. High efficiency, exquisite and durable design, can sieve any powder or mucus.
2. Easy to change the network, simple to operate, and easy to clean.
3. The mesh is not blocked, the powder does not fly, and it can be sieved up to 500 mesh or 0.028mm.
4. Impurities and coarse materials are automatically discharged and can be operated continuously.
5. Unique grid design, the screen mesh has a long service life and can be replaced quickly in only 3-5 minutes.
6. Small size, no space occupation, easy to move.
7. The height of the screening machine can reach five layers, and it is recommended to use three layers.

Bean product vibrating screen | S49 series rotary vibrating screen technical parameter summary table:

Note: The three-dimensional vibration screening filter, also known as the three-dimensional vibration screen or rotary vibration screen, can be divided into gate type rotary vibration screen and edge type rotary vibration screen according to different user needs. The materials used for production are mostly stainless steel and carbon steel.

Outline dimension diagram of S49 series rotary vibrating screen:

Bean product vibrating screen | Working principle of three-dimensional rotary vibrating screen:

The working principle of the three-dimensional vibrating screen is to convert the rotational motion of the vertical vibrating motor into horizontal, vertical, and inclined three-dimensional motion by installing an eccentric heavy hammer above and below the vertical vibrating motor. The work of three-dimensional vibrating screens is mainly divided into three types: grade separation, impurity separation, and solid-liquid separation.

Bean product vibrating screen | Three dimensional rotary vibrating screen structure diagram:

Characteristics of 3D rotary vibrating screen:

Changing the mesh is convenient and fast, taking only 3 to 5 minutes. The box adopts a fully enclosed structure and a fast beam ring design, making it a high-precision subdivision screening machine.

In terms of motor power, a medium flange motor is used, which highlights the horizontal, vertical, and inclined three-dimensional power of the ambassador. With high power, the noise is also low.

The range of material screening is wide, regardless of whether the material is dry or wet, fine or rough, heavy or light, as long as it is within the range of 0-400 mesh. Even if the material is liquid or slurry, it can be easily screened within 600 mesh.

Equipped with a professional cleaning device, there is basically no blockage during the screening process of materials, greatly improving the screening output and efficiency of the screening machine.

In response to the special needs of different industries, the three-dimensional vibrating screen machine has also been uniquely designed, such as edge type, gate type, strong type, sealed type, and other different types.

Three dimensional rotary vibrating screen is suitable for industries:

Chemical industry: resins, coatings, industrial drugs, cosmetics, paints, traditional Chinese medicine, etc
Food industry: sugar powder, starch, salt, Rice noodles, milk powder, soybean milk, egg powder, soy sauce, fruit juice
Metal metallurgy and mining: aluminum powder, lead powder, copper powder, ore, alloy powder, welding rod powder, manganese dioxide, electrolytic copper powder, electromagnetic materials, grinding powder, refractory materials, kaolin, carbon alumina, quartz sand
Pollution treatment: waste oil, wastewater, additives, activated carbon