PrimeCut AR922 Emulsion/ Reduction System

Cozzini MultiCut Ø9″ diameter (230 mm) single or double plate/knife cutting system.

  • Available holeplate sizes range from Ø1.0 mm (.039″) to Ø9.9 mm (.39″).
  • Unique separation design between bearing housing and cutting chamber prevents lubrication contamination of the product.
  • Sensors constantly monitor product inlet pressure and inlet/outlet temperatures.
  • Available with bone/gristle elimination system.
  • USDA accepted and CE approved. Built in conformity with AMI sanitary equipment design principles.

The patented Cozzini AR922 Emulsion/Reduction
System incorporates a controlled, variable speed
pump to feed the reduction chamber. Product is
force-fed into the AR922 cutting chamber from
another machine, such as a horizontal screw loader.
The MulitiCut cutting chamber reduces the product to the desired particle size and temperature. The
versatile MultiCut cutting chamber can be used with a single plate and knife or two plates and knives.

As meat passes through the primary knife holder and emulsion/reduction plate, the knife holder cuts the particles against the surface of the plate. The cut particles then pass through the holes on the primary plate toward the secondary knife holder. The particles are reduced once again and forced through the smaller holes of the secondary emulsion/ reduction plate. After the secondary cut, the product is discharged through the cutting head outlet pipe. The process delivers superb repeatability of product temperature, stability and texture.

A selection of knife holders, from 3 arm to 6 arm,
and a selection of plate hole sizes, from 1.0 mm to
9.9 mm, allow infinite combinations to assure the
desired texture of product. A specially designed
pumping impeller allows direct discharge to hoppers, thereby eliminating kitchen carts. Start/stop automation is also available with optional hopper product sensors.

The AR922 replaces conventional bowl choppers and other types of emulsifiers as well as product handling equipment. As a result, it conserves space, eliminates direct production labor and requires much less energy to operate while increasing production.