The application and development prospects of fully automatic granule packaging machines.

The application and development prospects of fully automatic granule packaging machines.

 With the continuous advancement of technology, packaging technology has become an indispensable part of modern industrial production. Especially the fully automatic granule packaging machine, with its high efficiency, precision, and intelligence, has been widely used in multiple industries such as food, chemical, and pharmaceutical. This article will explore in detail the working principle, technical advantages, application areas, and future development trends of fully automatic granule packaging machines.

1、 Working principle of fully automatic granule packaging machine

The fully automatic granule packaging machine is a specialized packaging equipment for granular materials, which integrates functions such as automatic weighing, measuring, filling, sealing, and bag cutting. The core workflow of this device is as follows:

1. Material supply: The material enters the storage hopper through the feeder. Feeders usually use vibrators or spiral conveyors to ensure that granular materials enter the packaging process uniformly and stably.

2. Automatic weighing and measurement: Through the built-in high-precision weighing sensor, the equipment can accurately weigh materials. Before packaging, the system will automatically adjust the feeding amount based on the set target weight to ensure the accurate weight of each bag in the packaging.

3. Filling and packaging: After the material is weighed, the equipment will automatically fill the granular material into pre made bags or roll film bags. During the filling process, the machine controls the flow rate of the material to avoid particle scattering or uneven filling.

4. Sealing and bag cutting: After the packaging bag is filled, the machine will complete the sealing of the bag opening through heat sealing or pressure sealing techniques, and automatically cut the bag according to the set size to form independent packaging.

5. Finished product output: After sealing, the packaged finished products are sent out through a conveyor belt and enter the next process or directly stacked as finished products.