The fully automatic packaging machine features a robotic arm replacing manual bagging.


Fully Automatic Packaging Machine

The fully automatic packaging machine is primarily used to meet the packaging requirements for containerized storage, transportation, and mechanized loading and unloading operations of goods. It is suitable for containerizing products related to foreign trade export, food and beverage, canning, papermaking, dye, plastic chemical industry, glass ceramics, electromechanical castings, and other products. A shrink machine refers to a machine that wraps products with heat shrink film and then heats it to shrink the film around the product. It is suitable for the outer packaging of food, beverages, pharmaceuticals, audio-visual products, hardware, cosmetics, books, toys, plastics, electronics, and other products. Filling machines are suitable for industries such as daily chemicals and oils. The bag-making fully automatic packaging machine generally consists of a bag-making machine and a weighing machine. The weighing machine can be either weight-based or screw-based, capable of packaging granular and powder materials. This machine directly makes bags from packaging film and completes metering, filling, coding, and sealing during the bag-making process. The packaging materials are generally plastic composite film, aluminum-platinum composite film, paper bag composite film, etc. Its features include a high degree of automation, high price, good image, and good anti-counterfeiting properties. It is suitable for small specifications and large-scale automated packaging of products such as laundry detergent, seasonings, and puffed foods. The drawback is that changing packaging specifications is not very convenient.

The pre-made bag fully automatic packaging machine generally consists of a bag feeding machine and a weighing machine. The weighing machine can be either weight-based or screw-based, capable of packaging granular and powder materials. The working principle of this machine is to use a robotic arm to pick up, open, sleeve, and seal the user's pre-made bags, while completing filling, coding, and other functions under the coordinated control of a microcomputer, thereby achieving automated packaging of pre-made bags. 30e83a25-7f19-4192-aeea-9b61f812d620

Its feature is that the robotic arm replaces manual bagging, which can effectively reduce bacterial contamination during the packaging process and improve the level of automation. It is suitable for small specifications and large-scale automated packaging of products such as food and seasonings. The drawback is that the pre-made bags need to be free of static electricity; otherwise, double bags are easily picked and the bag opening is inaccurate. Changing packaging specifications for this machine is also not very convenient. The fully automatic can filling machine is mainly used for automated filling of cup-shaped containers such as tin cans and paper cans. The whole machine generally consists of a can feeding machine, weighing machine, and capping machine.
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