Menu

1) Multiple independent screening unit combination technologies and independent screening structure design technologies lay the foundation for accurate screening process and improving screening quality.

2) Each independent screening unit excitation force control technology enables the amplitude and frequency of each screen segment to be precisely controlled, thereby achieving the linear vibration track, the circular vibration track or the elliptical vibration track of the screen plate, and improving the screening quality and efficiency.

3) Precision welding technology, through the use of large-scale non-standard robots welding workstations to stabilize and improve the welding quality, to ensure the homogeneity of the project products, while improving work efficiency, reduce production costs, shorten the delivery cycle and enhance the competitiveness of the international market.

4) Each independent screening unit equal thickness structure technology realizes the uniform material of the material, increases the probability that the material contacts the screen surface and penetrates the screen, and improves the screening efficiency.

5) Each independent screening unit uses an independent vibration source to achieve frequency and amplitude modulation, frequency conversion and amplitude change trajectory control. It can accurately control the upper and lower layers of each section according to the working conditions such as the size of the material handled on the site, the particle size composition, and the water content. The high-frequency low-amplitude, low-frequency high-amplitude free adjustment and the mutual conversion between the circular motion and the linear motion have changed the conventional vibration source, the same amplitude, and the same vibration frequency of the screening equipment.

Working Principal:

WYLS series scale vibrating screen is driven by ordinary motor external drive or self-vibration source to make the screen body oscillate periodically and reciprocally in the direction of excitation force. The material has different screening parameters on the screen surface, so as to achieve the purpose of classification, dehydration and de-medium.

The self-synchronous vibrating screen adopts an asynchronous motor to drive two series gear box type vibration exciters through the transmission tile frame. The motor drives the eccentricity block of two series gear box vibrators to rotate in reverse through the transmission tile. In the time of motor starting moment, the exciting force of equal size and opposite direction is produced by the eccentric mass on the two axes of the vibrator, then gradually and automatically synthesize the same speed, and are perpendicular to the exciter's two-axis connection, and synchronous reciprocating linear motion through the load center of gravity. When adjusting the vibration force of each axis, it only needs to adjust the number of weight distribution blocks on eccentric blocks without opening the exciter.

The vibration exciter drives the screen plate fixed on the shaker screen box to vibrate in a certain vibration direction. The material on the screen surface is thrown in the direction of vibration. During the throwing process, the material is smaller than the screen hole and the material that passes through the screen hole without resistance is separated through the screen hole. The whole separation process is eliminated by the material from the feed end to the discharging end, so as to achieve the purpose of screening. The vibrating screen is a large-scale screening device with high efficiency, low noise, energy saving, and few wearing parts.