With the variety of beverages on the market, beverage manufacturers are also increasing. However, although there are many beverage production enterprises, some small and medium-sized enterprises generally have problems of backward technology and equipment. In particular, some products have problems of packaging, taste, similarity and similarity, which have affected the development of the market.
In order to carry out technological transformation, some food enterprises have to spend a lot of money to introduce some sets of advanced food packaging production lines with advanced technology, high production efficiency and high packaging precision, resulting in a large part of the domestic market share being occupied by foreign brands. The development space of Chinese beverage filling machine is still broad, and the level of packaging technology for beverage filling production lines needs to be urgently developed.

In order to adapt to the large-scale production of the beverage industry, in order to obtain economic benefits, beverage filling machines are increasingly becoming larger. For example, the filling speed of carbonated beverage filling equipment can reach 2000 cans/min. Mechanical mechatronics is an important trend in the development of beverage machinery and equipment. Programmable controllers are widely used in the control system of beverage equipment. Large-scale equipment is controlled by computer, fault self-diagnosis, signal display, and intelligent. Beverage filling machinery has high technical content, high reliability, high self-control level of the whole production line and high efficiency of the whole line. The on-line detection device and the metering device are fully equipped, and can automatically detect various parameters and measure accurately. High-tech products integrating machine, electricity, gas, light and magnetism are constantly emerging. The reliability of the beverage packaging equipment and the coordination of the packaging line directly affect the work efficiency, production cost and product quality of the entire production line.
The scientific research strength of the juice beverage filling equipment industry is weak, and the corresponding majors of research institutes and universities in the industry are also relatively few. Some cutting-edge technologies in the industry, such as ultra-low temperature, ultra-high pressure, membrane separation, supercritical extraction, radiation, vacuum, etc., are incapable of being completed by only one institution, and enterprises are urgently required to invest funds. The research and development model that combines production, learning and research in the past has not been successful in the industry, and the limited scientific research strength has not fully played its role. The juice production line strongly needs scientific research support.