High-yield stainless steel food-grade tumbler sieve grain separator

Product Introduction

The swing screen is a highly efficient screening device that simulates the actions of manual screening. Through its unique three-dimensional elliptical movement trajectory, it makes the materials on the screen surface produce a dispersion and advancement effect similar to manual shaking, featuring both high precision and high efficiency. During its operation, materials smaller than the sieve holes pass through the sieve quickly, while larger particles are discharged along the sieve surface, ensuring precise screening. The equipment features a compact structure, low noise and energy conservation, and is easy and convenient to maintain. By adjusting parameters such as motor speed and eccentricity Angle, it can flexibly meet the screening requirements of materials with different characteristics in multiple industries including chemical engineering, food, medicine and mining, effectively ensuring production quality and efficiency.

Working principle

The swing screen relies on the motor to drive the eccentric device, making the screen body present a three-dimensional elliptical movement trajectory, simulating the manual screening action. During operation, after the materials enter the screen surface, they are evenly dispersed and move forward under the action of movement. Materials with particle sizes smaller than the screen holes pass through the screen mesh to become under-screen materials, while materials larger than the screen holes are discharged from the end of the screen surface. By adjusting parameters such as motor speed, eccentricity and screen surface inclination Angle, it can flexibly adapt to materials with different characteristics, achieving precise and efficient screening operations.

Product Features

High screening accuracy: The three-dimensional elliptical movement ensures uniform dispersion of materials, enabling precise distinction between materials of different particle sizes and achieving excellent screening results.

Strong processing capacity: The material moves fast on the screen surface, with a high screen surface utilization rate. It can handle large flow materials and meet the demands of large-scale production.

Wide application range: By adjusting parameters, it can adapt to various materials. Whether it is damp, sticky, or flaky and spherical materials, it can effectively screen them.

Easy maintenance: The structure is simple, the screen replacement is convenient, and the daily maintenance work is easy, which can reduce the downtime of the equipment.

Low noise and energy saving: It adopts shock absorption and noise reduction design, with low operating noise. At the same time, the motor power requirement is small, and the energy consumption is relatively low, reducing production costs.