The development of aseptic filling technology is becoming more and more perfect, and it has become a high-end technology that integrates many high and new technologies such as chemistry, physics, microbiology, and automatic control.

In 1976, the domestic Guangdong cannery introduced the first Tetra Pak aseptic filling machine. So far, more than 400 paper-plastic composite packaging aseptic filling machines are in operation across the country.

At present, most domestic aseptic filling equipment are produced in European and American countries. The technology intensiveness and high price of this type of equipment, as well as the high growth of the future market, attract domestic packaging machinery manufacturers with certain strength to step in. However, the domestic industry needs to pay attention to some issues that cannot be ignored whether it is the application of aseptic filling technology or further independent innovation.

In terms of technical application, one is the need to gradually establish a certification system for aseptic filling equipment. At present, some countries have issued corresponding regulatory requirements for aseptic filling of food. For example, the United States has three regulations applicable to aseptic filling, and the aseptic filling system needs to meet the regulatory requirements of the FDA and the United States Department of Agriculture. my country has not yet established relevant regulations for aseptic filling, and factories have not paid attention to the requirements of relevant regulations when using aseptic processing and packaging technologies.




In order for my country's aseptic filling industry to embark on a healthy development path, it is necessary for related industries to be familiar with and understand the international regulations of aseptic packaging, and try their best to meet the requirements of the regulations when applying. At the same time, strengthen the research and development of aseptic processing and packaging key technologies, especially aseptic testing technology, and implement a testing and certification system for aseptic processing and packaging equipment. It is necessary to give full play to the role of industry guidance and supervision, realize the localization of aseptic packaging equipment and approach the international advanced level as soon as possible, and create a more scientific, reasonable and fair market environment for enterprises. The second is to avoid blindness in equipment selection and process regulations.

There are many types of aseptic filling equipment at home and abroad, but there are great differences in aseptic performance, and each type has a corresponding scope of application. If the equipment is selected blindly, some imported equipment will be idle for a long time and will not be able to play its due role.

Therefore, when choosing to use aseptic processing and packaging technology, it is necessary to conduct a thorough selection and comparison of equipment according to product requirements to select the most suitable equipment. At the same time, it is necessary to scientifically and reasonably formulate the continuous sterilization process.



There is a big difference between the pipeline continuous sterilization and the formulation of traditional food sterilization procedures. The continuous sterilization process procedures used by some enterprises have very low sterilization values. The sterilization process procedures recommended by the equipment manufacturers alone cannot fully guarantee the product quality.

In terms of technological innovation, the development and development of aseptic filling equipment should first be based on improving the design and manufacturing accuracy of the components of the aseptic filling machine itself, improving the stability and reliability of the machine’s operation, and making the mechanical structure design meet The requirements of aseptic filling do not rely on simply establishing an aseptic area to meet the needs of the machine. At the same time, pay attention to the supporting settings of peripheral devices, such as the preparation of disinfectants, sterile water, and sterile air, and the cleaning and disinfection of sterile rooms. Real-time monitoring and verification are required to achieve aseptic operation of the overall system.

It can be said that aseptic filling technology integrates the essence of modern manufacturing and control technology and has become a comprehensive expression of the overall technological level of the enterprise. It is a high-end technology that integrates many high-tech technologies such as chemistry, physics, microbiology, and automatic control.


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