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| the materials to be reduced and suspends the material in fluid air. While in this suspension the materials to be processed are carried through the machine.
The second chamber is the preliminary grinding chamber. The materials to be processed must become homogenized and smaller to proceed to the next chamber. Aeration and drying begin in the second chamber. The third chamber is the processing and grinding chamber. The final sizing and aeration is performed here. Adjustments in this chamber influence the final particle size and residence time in the machine. The fourth chamber of the Waste Annihilator acts as a pump to expel the processed and shredded materials from the machine. Air classification can begin here if desired. The Waste Annihilator has no close toler-ances and only one main moving part. For this reason the machine requires very little maintenance and power compared to other devices that attempt to perform the same work. The Waste Annihilator is the least expensive machine of its type to own and operate. The Waste Annihilator is the results of over two decades of designs and testing of the verti-cal gyroscopic mill. Several generations of mills were used and modified to develop the technologies of the current patents. The Waste Annihilator is built rugged. The bearings are designed to operate under extreme stress for many years with proper maintenance. The shafting materials are of military quality tool steels. Extreme balancing and testing are performed on each Waste Annihilator be-fore leaving the factory. Special design features prevent the Waste Annihilator from damage caused by non-grindable materials such as hardened steel and castings. In the event a non-grindable item enters the Waste Annihilator, removing the item and restarting requires only a matter of minutes. The Waste Annihilator mills are capable of processing exceptional volumes of materials for their size and horsepower. |
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