Vibrating conveyor is a continuous conveying machine that uses an exciter to vibrate the material trough, so that the material in the trough slides or throws in a certain direction. Vibrating conveyor is mainly used to convey loose block or granular materials in horizontal or small inclination conditions.
Four characteristics of vibrating conveyor
- The vibrating conveyor has a simple structure, low energy consumption, and low equipment operating costs;
- There are few lubrication points and wearing parts, and it is easy to maintain;
- The material is transported in a projectile state, which causes less wear on the conveying trough and can transport abrasive materials;
- The vibrating conveyor is convenient for closed conveying of dusty, toxic, and volatile gas materials, which is beneficial to environmental protection.
Electromagnetic vibrating conveyor is a type of vibrating conveying machinery. It generates vibration force through an electromagnetic exciter to transport materials along the conveyor direction. It is suitable for the transportation of small and medium-sized materials.
Five Characteristics Of Electromagnetic Vibrating Conveyor
The mechanical structure of the electromagnetic vibrating conveyor adopts a double-mass longitudinal balanced resonance system, and the main elastic element is a cylindrical helical spring. Therefore, it is lighter and has a longer conveying distance.
- There are no parts with relative mechanical friction and no lubrication points.
- The material has little wear on the machine slot during the conveying process.
- The structure is simple and easy to install.
- It basically eliminates the pollution to the environment during the conveying process and improves the working conditions.
Conclusion
The electromagnetic vibration conveyor system is a device that generates vibration force through an electromagnetic vibrator to transport materials in the conveying pipeline. The equipment has strong vibration force, low noise, and is suitable for long-distance material transportation. It can be widely used in the transportation of powdered and granular materials in metallurgy, coal, building materials, chemicals, glass, electricity, machinery, grain and other industries.