The linear vibrating screen is designed with a new principle, making it a highly

efficient screening device with a novel structure. The linear vibrating screen a

layered screen mesh, which has a long service life, can prevent clogging and wear.

The linear vibrating screen uses rubber springs to support the screen frame, low

noise during operation, imposing a small load on the equipment, and not requiring a

concrete foundation. The linear vibrating screen has a high output rate, low energy,

and uses about 20% less electricity than traditional screening equipment. It also has

no dust pollution during production, making it both energy-saving and environmentally

friendly The linear vibrating screen is small in size, has a compact layout, occupies a

small area, and has a simple and convenient production process. It is also easy

maintain and repair, reducing the production investment costs for enterprises.
 

 

 
The linear vibrating screen adopts dual-motor drive. During operation, the two

vibrating motors rotate synchronously in opposite directions, causing the eccentric

blocks generate excitatory forces. These forces cancel each other out in the

horizontal direction and combine into a resultant force in the direction perpendicular

to the motor shaft, thus the trajectory of the screen is a straight line. The two motor

shafts are at an inclination angle relative to the screen surface. Under the combined

action of the excit force and gravity, the material is thrown onto the screen surface,

advancing in a straight line, thereby achieving the purpose of screening and grading.

It can be used production lines to achieve automated operation.

1. High screening efficiency: The linear vibrating screen uses dual motors to drive,

with both motors rotating synchronously in opposite directions, the equipment does

not move forward or backward during operation. This allows for precise material

separation and high screening accuracy.

2. Large processing capacity: The screen has a screening area, allowing for a large

amount of material to be processed within a unit of time.

3. Advanced structure: The inclination angle of the screening surface of linear

vibrating screen can be infinitely adjusted according to the screening requirements of

different materials. The side plates  and cross beams are connected using

high-strength bolts, significantly enhancing service life and reliability of the entire

machine.

4. Low noise: The vibration system of the linear vibrating screen uses rubber springs,

which can effectively absorb vibrations and noise.

5. Easy maintenance: The screen frame of the linear vibrating screen uses a clamping

structure, making it easy to remove and replace the screen.

6. Wide application: The linear vibrating screen is suitable for industries such as mining,

coal, smelting, building materials, refractory materials, and light industry.