With the improvement of people's quality of life, the requirements for food taste are getting higher and higher, oil chili sauce is not only loved by domestic people, but also sold overseas, but the composition of granular oil chili sauce is more complex and special, the current granular oil chili sauce filling mainly relies on labor, in order to improve filling efficiency, liberate productivity, need to make a breakthrough in filling technology and develop a machine suitable for automatic filling of granular oil chili sauce.
RITO mechanical solid filling machine is the use of compressed air as power, by precision pneumatic components to form an automatic filling system, simple structure, sensitive and reliable action, easy to adjust, adapt to a variety of liquids, viscous fluids, the filling machine set material lifting, rapid stirring, quantitative filling in one of the automatic equipment. It adopts horizontal spiral structure, so that the material churns up and down, left and right staggered rapid movement, so as to achieve the purpose of mixing materials quickly and evenly.
Performance of solid filling machine:
Automatic error detection and correction system: can ensure accurate and rapid quantification;
Weighing numerical system: can be set arbitrarily, automatic weighing, automatic filling;
The operation is simple, convenient, fast and efficient. The shaft and feeding pipe are all made of seamless steel pipe, which has higher strength and better stability. For extra-light, fibrous materials, it can also be stirred quickly.
Combined with the experimental conclusions, RITO Machinery innovated a filling method that conforms to the characteristics of the material - solid-liquid separation filling, after separation, the liquid oily material is filled by pressure meter, and the solid granular material is filled by a fixed volume measuring cup to complete the filling. According to the determined filling method, the structural design of the filling device of solid granular materials is carried out, and the structural dimensions of the screw blanker, rotary filling table, quantitative cup, pusher rod and unloading silo are mainly designed and the assembly drawing of the entire filling device is obtained, which provides theoretical basis support for the preparation of the sample mechanism. The mechanical analysis of the screw feeder in the perfusion device is carried out, the force of the spiral blade and the screw shaft is analyzed, and the structure of the entire perfusion device is finally determined.
