Problem description:

During the operation of the flat pouch making machine, the film is prone to generating static electricity due to friction. This issue is a common pain point in the production process of flat pouch making machines, directly resulting in a large amount of tiny impurities adsorbed on the surface of the finished flat pouches. More importantly, static electricity can cause severe clumping and disorderly stacking of flat pouches during the stacking process - the pouches attract and adhere to each other, making it impossible to stack them neatly. This not only requires manual repeated sorting, consuming a lot of manpower and time, but also delays subsequent packaging and transportation processes, reducing the overall production efficiency of the flat pouch making machine. At the same time, it increases the risk of damage to the flat pouches during sorting, affecting the product quality and economic benefits of the plastic packaging enterprise, and causing many troubles for the enterprise.

Solution

To address the challenge of static electricity in flat-pouch bag making machines, a certain plastic packaging enterprise introduced an electrostatic elimination rod. The pulse AC ion rod was installed at a key position at the discharge end of the flat-pouch bag making machine. This pulse AC ion rod can continuously release a large number of positive and negative ions, quickly neutralizing the static electricity generated on the surface of the flat pouch due to friction. It eliminates the electrostatic attraction force at its source and is an efficient solution specifically designed to address the static electricity issue in flat-pouch bag making machines. In practical applications, the pulse ion rod can precisely cover the entire discharge area of the flat-pouch bag making machine, ensuring that every flat pouch produced is effectively de-staticized, regardless of the flat pouch specifications or changes in the production speed of the flat-pouch bag making machine. This effectively solves issues such as messy stacking and surface contamination of flat pouches, helping plastic packaging enterprises improve production efficiency and ensure the quality of flat pouch products.