Product Description:

With vast experience and knowledge we are manufacturing and supplying vibrating screens. It includes vibrating screens that are in wide demand due to optimal clarity and are in compliance with various industrial standards. In addition, we assure timely delivery of our products. To furnish the diverse requirements of our clients in the best possible manner, Sifter Machine are one of the most versatile, reliable and economical continuous process equipment for carrying out various size based separation like screening, sifting, classification, grading, oversize or under sizes removal, de-dusting, de-watering, de-lumping, fiber recovery, filtration, pre-filtration and scalping.

Sifter Machine are vibratory or gyrator sieving machine designed on the principle of gyrator motion generated by vibratory motors. The machine performs any size based separation with the use of wire mesh or perforated sheet and can work for various application of solid-solid separation or solid-liquid separation or slurry separation. Jas Vibro screens are mostly known as Sifter Machine but also some times known by the names screening machine, screener, vibrator, sifter, grader, classifier, separator, sorter or filter Sifter Machine are designed on the principle of gyrator motion generated by double eccentric weight mounted on two ends of the shaft of vertically mounted specially designed vibratory motor.

The screening assembly consisting of one or more set of deck/screens is mounted on a set of angularly located springs, effectively isolating the base from vibrating assembly. The double weight moving with the shafts and located at relative angular position produces three dimensional vibrations which in turn cause the material falling on the screen mesh move at a specific speed in straight to spiral direction giving controlled and effective screening. Due to the adjust ability of weight and the relative angle between them it is possible to make the material move on the screen in desired path to achieve the desired retention time for effective screening before the material gets discharged from the outlet spout. During this process the particles smaller than the mesh aperture fall through the mesh and the oversize material gets discharged from the outlet spout. This process is repeated on the next mesh in case of multi deck screening.