Soybean linear Vibrating Screen

Soybean linear Vibrating Screen uses a vibrating motor to drive the soybeans in a jumping, linear motion on the screen surface. Through a custom-designed round-hole screen, it quickly separates stones, broken shells, and shriveled or broken soybeans, while also sorting them by size. It has a capacity of up to 20 tons per hour. It is available in 304 and 316 stainless steel, which are corrosion-resistant, easy to clean, and meet food-grade processing standards. Furthermore, it supports the installation of 1-5 layers of screens, enabling simultaneous multi-stage screening. It can also be flexibly customized in length, width, and height according to site conditions and upstream/downstream equipment. The shape, position, and size of the inlet and outlet can also be adjusted as needed, adapting to various production lines while balancing practicality and adaptability.

What are the advantages of the Soybean linear Vibrating Screen?

The Soybean linear Vibrating Screen features accurate screening, high efficiency, and stable operation. Utilizing linear vibration, it quickly removes impurities such as stones, clods, and shell fragments, while simultaneously performing particle size classification. It boasts high screening efficiency and excellent clean material results. The gentle vibration during operation effectively reduces soybean breakage, ensuring material integrity. The machine has a compact structure, is easy to operate, and allows for convenient screen replacement, resulting in low maintenance costs. It can be made of stainless steel, making it easy to clean and meeting food processing requirements. It also features low energy consumption and low noise, making it suitable for long-term continuous operation and meeting the needs of soybean processing scenarios with varying outputs.

Soybean Linear Vibrating Screen Usage Video

Soybean Linear Vibrating Screen Structure

The Soybean Linear Vibrating Screen consists of seven core components, which work together to ensure stable operation. The screen box, welded from steel plates, is the core component supporting materials and other parts. The screen frame fixes the screen mesh, ensuring a flat screen surface for accurate screening. Different materials and apertures of the screen mesh can be selected according to requirements, and replacement is convenient. The vibrating motor, as the power core, uses a synchronous counter-rotation design to provide stable excitation force. The motor base fixes the motor and requires regular tightening. Vibration damping springs reduce vibration transmission and noise, supporting the weight of the screen box. The support frame, composed of channel steel and pillars, supports the entire main body of the equipment.

How Does the Soybean Linear Vibrating Screen Work?

The core of the Soybean Linear Vibrating Screen's operation is the synchronous counter-rotation of two vibrating motors. When the two motors are running, the excitation forces generated by their eccentric blocks cancel each other out in the direction parallel to the motor axis and superimpose in the direction perpendicular to the motor axis to form a resultant force, causing the screen surface to vibrate uniformly in a straight line. Simultaneously, the motor shaft is at a certain angle relative to the screen surface in the vertical direction. Under the combined action of the vibration force and the weight of the soybeans themselves, the soybeans are evenly fed into the screen surface from the inlet, thrown up, and move forward in a straight line, passing through screens of different apertures to complete grading or impurity removal.

Soybean Linear Vibrating Screen Technical Parameters

Soybean Linear Vibrating Screen Customer Case

A soybean product processing plant had been using manual sieving for processing, which was not only wasteful of manpower but also had poor sieving results. Later, they customized a 1032 model stainless steel linear vibrating screen with a double-layer screen design. The upper layer effectively separates straw and broken beans, while the lower layer ensures that the soy milk reaches a fineness of 200 mesh, completely solving the problems of coarse taste and high impurity rate in traditional processes, made of stainless steel, it can be directly connected to a grinding machine, realizing integrated production from soybean impurity removal to cooked soy milk filtration.

What are the functions of different layers of screens in the Soybean Linear Vibrating Screen?

The Soybean linear vibrating screen achieves accurate sorting thanks to its ingenious multi-layered screen design. Each layer of screen, with different aperture sizes, performs its specific function, using physical interception principles to separate large impurities, plump soybeans, and fine dust from the raw material layer by layer.

The first layer: Primarily for impurity removal, sieving out impurities and damaged soybeans. The screen aperture is designed to be smaller than the standard soybean particle size. Standard soybeans exit from the top outlet, while impurities, dirt, and damaged soybeans pass through the mesh and fall to the bottom, exiting from the smaller outlet.

The second layer: Primarily for grading and removing fine impurities. Soybeans that have passed through the first layer fall onto the second layer of screens. The aperture size of this layer is matched to the soybean particle size. Qualified, plump soybeans become the oversize material, moving towards the outlet and being collected under vibration; while smaller-sized broken beans, sand, and dust pass through the screen and fall away from the bottom.

Following this logic, the more layers there are, the more grades of soybeans can be separated. The top layer contains the largest soybeans, and the layers from top to bottom represent the smallest particle size.

How to Choose a Suitable Soybean Linear Vibrating Screen?

Choosing the right Soybean linear vibrating screen requires comprehensive consideration of your processing needs, site conditions, and other factors to avoid inappropriate selection that could negatively impact production efficiency.

Clarify the purpose of use: If it is only for removing impurities from soybeans, a single-layer screen is sufficient; if it is necessary to grade the soybeans by particle size, a multi-layer screen model is required.

Matching Processing Capacity: Select the equipment model based on the average daily and hourly soybean processing volume. For example, a small processing plant with a daily processing capacity of 2-5 tons can choose a model with a capacity of about 1 ton/hour; a large production line can choose a model with a capacity of 10-20 tons/hour.

Considering Site and Energy Consumption: Small sites can choose small models to save space. At the same time, consider your own energy consumption budget and choose a motor with matching power to avoid excessive power increasing energy consumption or insufficient power causing motor overheating.

Pay Attention to Screen Compatibility: Select a screen with an appropriate aperture based on the soybean particle size and impurity removal requirements. Generally, 5-15 mesh screens are used for soybean impurity removal, and the screen mesh can be adjusted according to specific needs for grading.

Soybean Linear Vibrating Screen Manufacturer

Dahan Vibrating Screening Machinery is a professional manufacturer of screening equipment. We are a factory direct supplier, eliminating middlemen and providing one-stop service from design and production to after-sales service, strictly controlling product quality. Our soybean-specific vibrating screens are made of 304/316 stainless steel and feature custom-designed round-hole screens. Non-standard customization is supported, allowing for flexible adjustments to length, width, height, inlet and outlet positions and sizes based on user site conditions and upstream/downstream equipment. Supporting global export, we can meet the screening needs of customers in different countries.

With its advantages of speed, reliability, convenience, and stability, the Soybean linear vibrating screen completely solves the pain points of traditional soybean screening—low efficiency, high impurity residue, and high labor costs—becoming a valuable tool in the soybean processing industry.