Food packaging machinery refers to the mechanical packaging process that can complete all or part of the product and food packaging process, including main processes such as filling, wrapping, and sealing, as well as related pre- and post-processes, such as cleaning, stacking, and disassembly. In addition, packaging also includes processes such as metering or stamping on the package. The use of mechanical packaging products can improve productivity, reduce labor intensity, meet the needs of large-scale production, and meet the requirements of cleanliness and hygiene. The following editor will introduce the development trend of food packaging machinery to you. Interested readers can come and take a look.

In recent years, although the annual growth rate of China's packaging industry ranks first in traditional industries, in order to integrate with the international market, it is necessary to speed up the development of packaging technology to make it economical, efficient and multi-functional. According to China's national economic development plan and the need to achieve a well-off living standard, within a few years this year, it will provide 100 billion to 200 billion yuan of equipment for the packaging industry and food industry, and 80 billion to 100 billion yuan for "cailanzi". Yuan equipment, this is a good development opportunity for some enterprises. At the same time, the author learned from relevant ministries and commissions that during the "Ninth Five-Year Plan" period, 10 billion yuan will be invested in the packaging industry to support and transform large and medium-sized packaging enterprises.

Opportunity

China's packaging machinery and equipment manufacturing enterprises should seize this opportunity. The comprehensive upgrading of packaging machinery and equipment is the general trend of packaging machinery development in China and the world. The main features of the replacement are: a large number of modern high-precision technologies, electronic technologies, microelectronics technologies, edge technologies, and fuzzy technologies of civil and military industries are transplanted to accelerate and further improve the reliability, safety, and reliability of packaging machinery and production lines. The level of automation such as unmanned operation. Intelligence will enter the entire field of packaging machinery and production lines. In today's world, Japan is the leader in the upgrading of packaging machinery and production lines, earning a lot of dollars in this field. The Four Little Dragons in Southeast Asia have also followed in the footsteps of Japan, and they have shown inadvertent performance in the manufacturing of packaging machinery and production lines; in the European Community, the pace of upgrading of packaging machinery and production lines in Italy is far faster than that of other member states. The way of replacement is to replace some parts, components or key components and key technologies, so as to achieve the purpose of replacing a unit, so as to make the production capacity, performance, efficiency, model and assembly method of the original packaging machinery equipment or production line. get updated. In this way, most parts and unit parts are reused, which not only improves the value of equipment, but also saves raw materials and a lot of labor, and reduces costs. This development trend shows that packaging machinery and production lines are increasingly developing in a standardized, serialized, integrated, assembled, and online mode. Civil and military high-tech will also more and more widely enter the entire field of packaging machinery and equipment. Fierce market competition will undoubtedly accelerate the pace of upgrading and technological transformation of packaging machinery and equipment in all walks of life.

Highlights

In many countries in the world, packaging machinery and equipment, production line manufacturing groups and multinational companies are investing huge amounts of money and organizing professionals to conduct research and development, and strive to accelerate the process of packaging machinery and equipment mechatronics. The key content of its development and research can be summarized in the following aspects: 1. Develop models that save energy (water, electricity, oil, steam, etc.) and save resources (raw materials, auxiliary materials, etc.) consumption indicators, and models that recycle waste. 2. Develop models with low energy consumption, high output power, good dynamic stability, low noise and low pollution. 3. Develop a multi-shape packaging machine that can perform multi-function packaging for square, rectangular, circular, oval, triangle, pillow, bar, and odd-shaped packaging. 4. Develop a multi-material packaging machine (filling machine, filling machine), which can be used for liquid, semi-fluid, viscous, slurry and solid particles, granules, powder, flakes, blocks, strips It is a multi-functional packaging machine for items such as shapes and odd shapes. 5. Develop multi-functional models for packaging, filling, filling and encapsulation of various substrate bags, which can operate multi-functional packaging of substrates such as paper, plastic, aluminum foil, and composite materials. 6. Develop a multi-substrate bag making machine, which can process and manufacture multi-functional models for single multi-layer paper bags and plastic film bags, aluminum foil composite bags and paper-plastic composite bags. 7. Develop various resin molding machines, various resin extruders, various film blowing machines, and various multifunctional models of resin drooling. 8. Develop a production line that reduces self-weight, reduces occupied space, compact structure, convenient installation and replacement, less maintenance and no (less) fault operation, as well as online quick repair and non-stop repair. 9. Develop a multi-range weighing machine, from grams to kilograms, from kilograms to dozens of kilograms (replacement of scales and hoppers), in addition to improving mechanical and electronic sensing scales, develop interference-free optical sensing devices , to ensure the weighing accuracy of the material. The development of paper, plastic, coating, printing and other equipment is also the demand for the development of the packaging machinery industry. 1. Develop a variety of corrugated corrugating units and production lines, which can be used to produce A-type, B-type, C-type and E-type corrugated cardboard production lines under the rapid replacement of the butt oscillating rollers. 2. Develop a variety of resin bidirectional stretching units and production lines, mainly replace the extrusion rod, expand the rough adjustment range of the die lip, and design related mechanical devices such as aspect ratio and bidirectional stretching ratio according to the performance of various resins. 3. Develop a variety of coating machines, which can be used for blade coating, air knife coating and metering coating, and can be used for different coatings of various coatings, and the thickness of the coating can be finely adjusted. 4. Develop a multi-function printing machine, which can not only do offset printing, but also gravure printing and flexographic printing (flexographic printing) not only printing paper, but also printing plastic films, composite plastics, composite materials, aluminum foil (including vacuum aluminum plating), etc. Packaging, decoration materials, etc.

Article source: Industry Online