Packaging machinery is developing towards high-speed, multi-function and intelligent control
food safety is a major issue related to the national economy and the people's livelihood, and there is no doubt about the importance of food packaging. The confirmation criteria for meeting the standard method of 1.3 billion people in China are: behind the supply of edible materials such as equipment, environmental conditions and personnel technology, there is a huge food packaging machinery market
strong market demand and continuous improvement of requirements
according to the statistical data of China food and packaging machinery industry association, the domestic food and packaging machinery industry had a hot sales in 2006. The sales increased by 22.96% on the basis of 67.37 billion yuan in 2005, reaching 82.838 billion yuan, a new high in recent years
with the rapid development of China's market economy and the improvement of people's quality of life, the domestic demand for convenience food such as microwave food, snack food and frozen food will continue to increase, which will directly drive the demand for related food packaging, so that the domestic food and packaging machinery industry can maintain positive growth for a long time. It is predicted that by 2010, the total output value of the domestic food and packaging machinery industry will reach 130billion yuan, The market demand may reach 200billion yuan
at the same time, consumers' requirements for food and its packaging are constantly improving. Among them, high security occupies the primary position. Food is more stringent from packaging materials to packaging methods, from environmental requirements to labeling treatment. Therefore, the industry needs to attach great importance to and vigorously develop food packaging machinery that meets safety and health requirements, so as to minimize errors in the operation process of food packaging machinery and avoid unqualified products
development trend of food packaging machinery
at present, the research and development of food packaging machinery is developing in the direction of high-speed, multi-function and intelligent control to meet the market demand
in order to meet the requirements of delivery time and reduce the cost of process circulation, food packaging machinery in the future is required to be able to carry out high-speed production. At the same time, for some products, packaging machinery and production machinery are also required to be connected. In addition to the need to increase the speed, continuous operation or multi head operation can also be adopted. In addition, the scrap rate and failure rate must be reduced to improve the normal productivity. The development trend is to further intellectualize the packaging machinery, that is, the degradation rate of PLLA is slow, and the equipment can diagnose and repair itself
modern consumers pursue the richness of food taste, and food production tends to be multi variety and small batch. Accordingly, only packaging machines with diversified switching functions that can adapt to a variety of packaging materials and mold replacement can meet the needs of the market. In order to make packaging machinery have good flexibility and flexibility and improve the degree of automation, microcomputer technology, module technology and unit combination must be widely used. For example, the multi station bag making vacuum packaging machine produced by Hesser factory affiliated to Bosch Company in Germany can integrate various functions such as bag making, weighing, filling, vacuum pumping, sealing, etc., which are still far behind the international advanced level in basic key materials, technology, manufacturing process, etc., and it is convenient and fast
in the future, industrial robots, microelectronics, computers, intelligent and image sensing technologies will also be more and more widely used, which will promote the automation of packaging machinery. In this kind of packaging machinery, microcomputer, as its brain, replaces the conventional control system. Various instruments, meters and sensors sense the changes of packaging parameters and feed them back to the brain (microcomputer), so as to command the actuator to complete the actions necessary for packaging operations
at present, most of the packaging work in domestic food factories, especially the arrangement and assembly of more complex packaging items, is basically manual operation, and the adjustable ruler can cause pollution to the packaged products. This situation badly needs to be changed
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