Food machinery will be mastered by many companies in the future

At present, domestic enterprises have made great progress in the fields of filling equipment, packaging equipment and packaging material production equipment. However, there are about 1,300 varieties of packaging machinery in China, lack of high-tech, high-precision, high-quality complementary products, low product performance, poor stability and reliability, still need to use high-end technology to help upgrade packaging machinery products.

Efficiency: The highly efficient food processing is mainly achieved through the use of electromechanical integration technology and optical, electrical, hydraulic, and automation control technologies. Continuous production equipment replaces intermittent production equipment, and specialized production equipment replaces generalization. Production equipment, replaced by humanized production equipment, small and medium-sized production equipment. The production line can realize continuous production, professional operation, automatic adjustment, large-scale operation, etc., which can significantly increase production efficiency and economic benefits.

Automation: The future of packaging machinery will align with the trend of industrial automation and promote the overall level of packaging equipment. For example, high-intelligence digital control systems, encoders and digital control components, and power load control devices have been commonly used in packaging machinery and equipment to make equipment users more independent, flexible, accurate, and high in operation. Efficiency and compatibility.

The status quo of the development of world food packaging machinery In terms of the sales and packaging of foods, the most commonly used and basic packaging methods today are classified into two major categories, namely filling and wrapping. Filling method is suitable for almost all materials and various types of packaging containers. Specifically speaking, liquids, powders, and granular bodies that have good fluidity mainly rely on their own gravity, and they must be supplemented with certain mechanical functions to complete the packaging process. For semi-fluid or larger single-piece and assembly parts with strong viscosity, corresponding mandatory measures such as extrusion, pushing, and stacking are required. As far as the wrapping method is concerned, it is different from this. It is mainly applicable to single-pieces or assemblies that are regular in appearance, rigid enough to be stiff, and require tight packing, and more flexible plastics and their composite materials (some additional Lightweight pallets, liners), wrapped by mechanical action.

In the past decade or so, the international packaging industry has attached great importance to improving the general capabilities and multi-functional integration capabilities of packaging machinery and the entire packaging system, providing timely and flexible production methods for the market to develop a rapidly changing and diverse range of goods. At the same time, based on the actual needs of rationally simplifying the packaging and superior packaging process methods, it has been continuously explored and has significantly accelerated the pace of its technological innovation. Especially with the synchronous development of modern automatic machine tools, it is gradually clear. In order to establish a new system of diversified, general-purpose, multi-functional and integrated packaging machinery, it is first necessary to focus on solving the major problems of composition and electromechanical integration. Undoubtedly, this is an important development direction in the future.