Sandwich energy bar extrusion production device

Abstract

The invention discloses a sandwich energy bar extrusion production device which comprises a supporting table and is characterized in that a double-material synchronous co-extrusion mechanism and a nested extrusion mold core are arranged on the supporting table, and the double-material synchronous co-extrusion mechanism comprises a co-extrusion shell, a core material co-extrusion cavity and a shell material co-extrusion cavity, a core material main tooth roller and a core material auxiliary tooth roller which are parallel and synchronously reverse are arranged in the core material co-extrusion cavity, and a shell material main tooth roller and a shell material auxiliary tooth roller which are parallel and synchronously reverse are arranged in the shell material co-extrusion cavity. A core material inlet and a shell material inlet are formed in the co-extrusion shell; the bottom of the co-extrusion shell is provided with a mold core interface which is connected with a core material co-extrusion cavity and a shell material co-extrusion cavity through a core material falling channel and a shell material falling channel respectively; the nested extrusion die core adopts a shell material extrusion sleeve to surround a core material extrusion pipe to form a shell material extrusion ring channel, the upper end of the ring channel is connected with a die core connector through a die core inlet, and the lower end of the ring channel and the core material extrusion pipe are connected with a die core outlet together. The upper end of the core material extrusion pipe is in butt joint with the core material falling channel to separate the shell material falling channel. The method is specially used for producing the sandwich energy bar with the structure that the core material is wrapped by the shell material, and the product quality and the production efficiency can be both considered.

Description

technical field [0001] The invention relates to an extrusion production device for a sandwich energy bar. Background technique [0002] In modern society, energy bars are popular among young people, especially sports people, people engaged in continuous consumption work and tourists because of their high energy density, easy portability, and comprehensive nutrition. [0003] The known energy bar is a food made of grain and protein powder as the main raw materials, and is made of high-viscosity oligosaccharide-melted syrup after bonding and pressing. The traditional equipment is usually composed of a raw material mixer, a mold pouring machine, its compression mold mechanism, and a cooling molding equipment. The process is to first mix the raw material with the syrup, then inject the mixed raw material into the mold for compression, and finally cool it. forming. Some manufacturers often coat the surface of the formed cereal bars with chocolate or jam coating according to the...

AI Technical Summary

Problems solved by technology

[0007] But the problem is that the traditional energy bar production equipment in the industry cannot produce the above-mentioned sandwich energy bars

Some enterprises try to improve the existing extrusion equipment to realize the production of sandwich energy bars, but the results are often not satisfactory, and the quality and efficiency cannot be achieved

Images