An emulsion system is provided. The system includes a shaft that supports a plurality of cutting assemblies and screens in alternating order, wherein the cutting assembly rotates with respect to an in close proximity to the screen. The cutting assemblies include a plurality of cutting elements that extend radially outward from a hub and are positioned at consistent radial spacing along the perimeter of the hub. Each cutting element includes front and back edges that cut food particles in conjunction with holes within the screen, wherein the front and back edges are substantially perpendicular.

A meat grinder, having a housing, a conveying device, and at least one cutting-unit part. A meat grinder according to the invention comprises a housing, at least one conveying device for conveying material to be ground from an inlet opening to an outlet opening, and at least one cutting-unit part arranged in the housing. At least one transponder is arranged in or on the at least one cutting-unit part and at least one communication device for communicating with the transponder is arranged in or on the housing in such a way that data exchange between the communication device and the transponder is enabled.

A meat grinder, having a housing, a conveying device, and at least one cutting-unit part. A meat grinder according to the invention comprises a housing, at least one conveying device for conveying material to be ground from an inlet opening to an outlet opening, and at least one cutting-unit part arranged in the housing. At least one transponder is arranged in or on the at least one cutting-unit part and at least one communication device for communicating with the transponder is arranged in or on the housing in such a way that data exchange between the communication device and the transponder is enabled.

A machine for grinding food includes an outlet of a discharge duct for ground food closed by a perforated plate, which is part of a kit of interchangeable plates which has at least a first type with a first type of perforation and a second type with a second type of perforation. The machine further includes an axial coupling and an annular cap. The axial coupling is defined by at least two parts, a first part arranged on the outlet of the discharge duct and a second part arranged on an interchangeable element that is part of a safety kit having at least two mutually different interchangeable elements. The first interchangeable element is compatible both with plates of the first type and plates of the second type as well as an integrated protection body; the second interchangeable element is compatible exclusively with the plates of the second type.

A disgregating device of biological material, comprising: a hollow outer body, defining an inner chamber; a fixed disgregating grid, having a plurality of microholes provided with sharp edges, and housed transversely in the inner chamber so as to define an upper loading chamber apt to be loaded with the biological material to be disgregated and a lower collecting chamber apt to collect the biological material, after it has been disgregated; and a bladed rotor, rotating in the inner chamber, apt to co-operate, rotating, with the fixed disgregating grid, so as to feed and bring the biological material, contained in the upper loading chamber, into contact with the microholes of the disgregating grid and therefore cause the disgregation of the biological material making it pass through these microholes.

A foodstuff grinding attachment for connection to a rotary drive outlet of a host device. The attachment includes a main body part having a generally tubular hollowed portion for attachment to the host device. A rotatable scroll-type extruding tool is capable of rotating within a cavity formed in the tubular portion of the main body part and couples with the rotary drive outlet when the main body part is attached to the host device. The main body part includes first and second separable components configured to be secured together for operation of the attachment. The components are separable from one another to provide access to the cavity for cleaning.

A foodstuff grinding attachment for connection to a rotary drive outlet of a host device. The attachment includes a main body part having a generally tubular hollowed portion for attachment to the host device. A rotatable scroll-type extruding tool is capable of rotating within a cavity formed in the tubular portion of the main body part and couples with the rotary drive outlet when the main body part is attached to the host device. The main body part includes first and second separable components configured to be secured together for operation of the attachment. The components are separable from one another to provide access to the cavity for cleaning.

A mincing machine for mincing a product, in particular for mincing meat, includes at least one stationary hole plate and at least one rotating hole plate which interact to mince the product. The mincing machine has a rotating cutter head mounted on a shaft wherein said cutter head is arranged upstream of the interacting hole plates in the conveying direction of the product to be minced in order to interact with a stationary hole plate to mince the product.

A food grinder comprises a base housing a motor, a throat portion coupled to the base, a receiving tube coupled to the throat, a feeding tray coupled to an upper end of the receiving tube, a selectively rotatable auger selectively insertable into and removable from the throat portion, and a storage tray sized and shaped to be selectively insertable into and removable from the feeding tray. The storage tray comprises a main body having a plurality of depressions formed in a top surface thereof. Each depression is sized and shaped to hold one or more accessories for use with the food grinder.

The present invention relates to a super absorbent polymer and a method for preparing the same. The present invention has features that it is possible to prepare a super absorbent resin that can have an improved centrifuge retention capacity (CRC) and a high absorbency under load (AUL) by controlling the shape and size of the chopper die holes during coarse pulverization of a hydrous gel phase polymer.