The unit features a rotor assembly with five full-length knives that cut material against four stationary bed knives until particles become small enough to pass through apertures in two large, semi-cylindrical screens.
Compared with other types of mills, the Munson Rotary Knife Cutter offers greater shear with less impact, yielding end product with clean cuts in tightly controlled size ranges.
The cutting knives, which are milled of hardened tool steel and can be re-sharpened, impart centrifugal force that positions particles between cutting edges of the rotating knives and reversible bed knives.
An extensive selection of screen sizes allows tight control over end-product sizes, making it ideal to cut or crack grains, spices, roots, chips and similar products.
Material is gravity fed through the infeed hopper at the top of the cutter, into the star-shaped rotor assembly. On-size particles pass through a perforated screen having apertures from 3/64 to 2.0 inches (1.2 to 50.8 mm) and discharge through a flanged outlet by gravity or pneumatically.
The two screens provide 270° of exposure achieving high throughput rates, and are retained within dual, hinged housings with machined channels that allow easy access and rapid screen changes.
The rotor assembly rides on sealed flange-block bearings mounted on a heavy-gauge fabricated and machined housing, and is powered by a fully guarded V-belt drive assembly, providing vibration-free operation.
Optional feed hoppers are available with baffles and a slide gate to control flow for conveyor feeding.
The cutter offers hinged doors on both sides for rapid cleaning and inspection, and is available in carbon steel or all-stainless construction.
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Munson Machinery Company is a world-leading manufacturer of mixing, blending and size reduction equipment for bulk food, dairy, nutritional, pharmaceutical, and general chemical products. Established in 1823, Munson engineers each machine to suit individual batch or continuous processing requirements, and offers unparalleled experience in solving ...