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Vibratory Feeders are driven by patented Electro Permanent Magnetic Drives for handling Fine Powders, Granules and Flakes from Storage Hoppers to process. Construction in Stainless Steel, Carbon Steel, special wear and heat resistant materials are available. The capacity can be controlled and interlocked by Digital or Analog Controls signals like NO/NC contacts, 0-10 VDC, 4-20 mA signals or Potentiometer. Integration with existing or future installations with PLC can be easily done for multiple Storage Hoppers or Packing Machines. Sanitary construction for Food Applications with Discharge Gates and Flow Diverters are available. Engineering and Performance of the Equipment are backed up by Eriez Magnetics, USA.

Various standard constructions of Tray Types — Flat, Tubular, 90° V, Half Round are available. More than 12 different Models of High Speed Electro Magnetic Drives are available for Feeding of light, Bulky materials. Greater efficiency in Feeding, Filling etc. are provided which are ideal for use in conjunction with several types for Weigh Scales and Packaging machines.

The Spring System comprising of Elastomeric Torsions. High damping properties makes it possible to Drive moving assembly at high deflection with maximum stability and minimum input power.

Simple tuning mechanisms by replacement of easily accessible Glass Fibre tuning springs. Rubber Isolators reduce the vibration transfer to support structures. High deflection models provide up to (5mm) / (Low Frequency) 30 CPS for trouble free service. Various types of Solid State Controls are available with suitable enclosures. Special Sanitary Constructions are available for applications with Food Production & Packaging. Capacities ranging from a few grams / minute up to several hundreds meter / hour are available. The advantages are low power consumption, no moving parts or maintenance, easy access for cleaning, capacity or speed change by simple controls. Conveyability Tests with Materials provided by the customer are available at our R&D Facilities.

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