Collagen fabric casing for sausage knitting and former device

Abstract

The present invention discloses a collagen protein fibre casing weaving-forming machine. It includes the following several portions: machine frame with internal cavity, forming spindle, weaving sleeve, storage flange and ring-shaped nozzle component. Said invention also provides the concrete structure of every above-mentioned portion and connection mode of all the above-mentioned portions, and also provides the working principle of said casing weaving-forming machine and its concrete operation method.

Description

technical field [0001] The invention relates to a meat processing equipment, especially a forming machine for producing collagen casings. Background technique [0002] Collagen sausage casings are generally tubular, used to fill meat, and then the two ends are tied and sealed, and processed to make meat enema products of various flavors. The packaging and transportation of this kind of products are convenient and delicious, and are very popular among people. The collagen casings produced now include the process of making collagen fibers into tubular casings through a molding machine. Most of this forming machine adopts an inner ring that rotates and acts as a uniform collagen fiber slurry, so that the collagen fiber slurry is evenly wrapped around one end of the casing forming mandrel, and extruded. The casings produced by it have been greatly improved in tear resistance and burst strength. However, the casing wall of the casing forming machine with an inner ring is often...

AI Technical Summary

Problems solved by technology

However, the casing forming machine with an inner ring often produces thicker casing walls. For example, the thickness of a single wall of a collagen casing with a diameter of 20MM is above 0.040MM.

Such thick casings use too much collagen fibers, which is a waste, and the consequences of making sausages are difficult to chew and poor palatability

The reason for these deficiencies is that although the molding machine has a rotating annular inner ring that disperses the collagen fibers evenly, the collagen fibers are evenly distributed along one end of the forming mandrel, and finally extruded through the annular slit. At this time, The weaving distribution of collagen fibers is arbitrary and single-layer, and often there will be no collagen fiber weaving or weaving too thin in the local casing, which will cause the casing to burst easily and greatly reduce the strength, resulting in unstable casing product quality the elements of

Images