Air Requirements 45 CFM Fluid Bed Opposed Jet Mill, Frequency 50 Hz, Model NameNumber VMF-4

This innovative fluid bed opposed jet mill is designed to fine grinding a wide range of dry products with virtually no contamination. Through this specialized product grinding, Milling concept is entirely autogenously. Gas jets alone create the grinding energy. No tool wear occurs. An integrated dynamic air classifier in the housing can be infinitely adjusted to the targeted fineness. This guarantees exact adjustment of the grinding parameters and reproducible product quality. Even the hardest of products poses no problem for this machine. Extremely temperature, In addition sensitive offerings including wax is eligible for processing under continuous operation. Unique advantagesmicronizing extensive selection of dry solid materials. Particles collide with each other in absence of moving parts. All these contribute to achieving absolute product purity. Consumes less energy then other conventional jet mill. Operation with a minimum wear. Variable speed classifier rotor for precise classification opposed grinding nozzles. The principle of operationpressurized air or inert gas is injected through specially designed grinding nozzles directly within the milling process chamber produced in-house it creates a sonic or supersonic grinding stream. The component acts as a food source in to the grinding chamber of the mill by variable control feeding system. The agitation sourced from the grinding chamber and nozzle design cause particles to become entrained in the air or inert gas stream. Reduction of particle dimensions is accomplished by high velocity collisions between particles. Fine particles are then swept towards the classifier which rotates at high speed above the chamber for grinding. The pace of the classifier is controlled by dynamic frequency inverter vfd . Material which is fluidized fine enough to overcome the inertial force created by the classifier escapes the grinding chamber of the mill and is collected as product. Oversized particles are recycled by the classifier back into the grinding section for additional reduction. Materials used in construction comprise per requirement