1. Introduction to Heavy Bag Automatic Packaging Production Line

The heavy bag automatic packaging production line is a new generation of automatic packaging line, which can achieve packaging automation in the production process of powder and granular raw materials, including weighing, feeding bags, picking bags, bagging, clamping, folding, sealing bags, batch number printing, inverted bag shaping, metal detection, weight re inspection, removal, conveying, robot palletizing, empty pallet distribution, actual pallet conveying, actual pallet top bundling, pallet winding, and actual pallet output. The heavy bag automatic packaging production line project can also be vividly described as the process from bag supply to truck engineering.

2. The scope of application of the heavy bag automatic packaging production line is:

The heavy bag automatic packaging production line is suitable for large bags (the sealing packaging of large bags can use five sealing forms to continuously seal and package seven types of large bags in thirteen forms, with a weight of 25-50 kilograms). Packaging materials include paper bags or multi-layer paper bags (usually made of kraft paper or Dorian paper), plastic bags, paper bag lined with plastic bags, paper bag lined with aluminum-plastic composite bags, hot melt adhesive tape or wrinkled paper tape, recyclable and reusable non degradable materials: plastic woven bags, plastic film and plastic woven composite bags, paper plastic composite bags, paper plastic woven composite bags.

3. Technical characteristics of heavy bag automatic packaging production line

The automatic packaging production line for heavy bags has the advantages of high production speed, good packaging quality, good compatibility, and stable performance. It is a high-tech product that integrates machinery, electricity, instruments, gas, and robots. The heavy-duty bag packaging machine equipped with heavy-duty large bag packaging can achieve additional environmental performance of the product: it is biodegradable, recyclable, pollution-free, and can withstand high tensile and compressive strength. In addition, it can also meet the production requirements in harsh environments such as toxic materials, corrosive materials, and severe dust. Reduce the labor intensity of workers and ensure their physical health. It is suitable for use in environments that require high production efficiency.