The linear vibrating screen uses the vibration motor excitation as the source of

vibration, causing the material to be thrown up on the screen and moving in a

straight line. The material enters the feed port of the screening machine evenly from

the feeder, and through the multi-layer screen, it produces various specifications

ofize and undersize materials, which are discharged from their respective outlets. It

has low energy consumption, high output, simple structure, easy maintenance, fully

enclosed structure no dust overflow, automatic discharge, and is more suitable for

continuous operation
 

 

 
The linear vibrating screen is driven by two exciters. When the two exciters rotate

synchronously and in the opposite direction, the exciting generated by their eccentric

blocks cancel each other out in the direction parallel to the motor shaft, and add up to

a resultant force in the direction perpendicular to the motor. Therefore, the motion

trajectory of the screen is a straight line. The two motor shafts are at an angle relative

to the screen surface. Under the combined of the exciting force and the weight of the

material, the material is thrown up and jumps forward in a straight line on the screen

surface, thus achieving the purpose screening and grading the material. It can be

used in production lines to achieve automated operations. It has the characteristics of

low energy consumption, high efficiency, simple structure easy maintenance, and fully

enclosed structure without dust emission. The highest screening mesh number is 400,

and it can screen out 7 different particle sizes materials.

 

1. High screening accuracy: The linear vibrating screen can effectively screen and

classify materials, with a maximum screen mesh size of 40, capable of separating

materials into 7 different particle sizes.

2. Large processing capacity: Due to its unique motion trajectory and high vibration

intensity, the linear screen can process a large amount of material within a unit of time.

3. Simple structure: The design of the linear vibrating screen is simple, making it easy

maintain and repair.

4. Low energy consumption: Compared to other types of vibrating screens, the linear

vibrating screen has lower energy consumption and lower operating costs.

5 Low noise: The linear vibrating screen produces lower noise during operation, which

helps to improve the working environment.

6. Fully enclosed structure: The linear vibrating screen adopts fully enclosed structure,

preventing dust from escaping, and meets environmental protection requirements.

7. Strong applicability: The linear vibrating screen is suitable for various industries such

mining, coal, smelting, building materials, refractory materials, light industry, and chemical

industry. It can screen and classify powdery and granular.

8. Automated operation: The linear vibrating screen can be used in production lines to

achieve automated operation, improving production efficiency.