Against the background of the rapid development of the consumer goods industry, the pillow packaging machine series has become the mainstream packaging equipment for products such as biscuits, toothbrushes, and masks, relying on the advantages of "beautiful packaging form and wide adaptation range". In the past, traditional pillow packaging machines had problems such as insufficient precision (error ±2mm) and single function, and needed to be matched with multiple auxiliary equipment to complete the complete packaging process, which not only occupied a large space but also increased enterprise costs. However, through technological innovation, the new generation of pillow packaging machine series has realized "high precision + multi-function" integration, completely changing this situation and becoming the preferred equipment for enterprises to reduce costs and increase efficiency.​

At the production and manufacturing level, core breakthroughs are concentrated on "precision control" and "function integration". In terms of precision control, the equipment adopts a dual servo motor drive system to control the film feeding and material feeding speeds respectively. Through real-time synchronous adjustment, uneven film stretching or product deviation is avoided, and the packaging precision error is reduced from the traditional ±2mm to ±0.5mm, ensuring that the packaging seal is flat and the pattern is aligned, improving the appearance quality of the product; at the same time, it is equipped with a photoelectric tracking system that can accurately identify the color mark on the packaging film and automatically correct the film position. Even if there is a slight deviation in the film, the packaging consistency can be ensured. In terms of function integration, the new generation of pillow packaging machine series breaks the limitation of "single packaging". The integrated weighing module can detect the product weight in real time and automatically reject unqualified products by weight; the integrated labeling module can paste anti-counterfeiting labels or logistics labels synchronously after packaging is completed; the integrated date printing module can print production batch numbers, shelf life and other information, realizing the integration of the whole process of "packaging-testing-marking". The equipment integration degree is increased by 60%, saving 30% of workshop space.​

In terms of characteristics and advantages, "high adaptability" and "ease of operation" are particularly prominent. High adaptability is reflected in the fact that the equipment can adapt to products of different specifications and forms by replacing the forming device and adjusting parameters. For example, a flat film forming device is used when packaging biscuits, and a special-shaped forming device is switched when packaging toothbrushes. The applicable product length range is expanded from 50mm to 500mm, meeting the packaging needs from small daily necessities to medium-sized medical devices; ease of operation is realized through the optimization of human-computer interaction. The equipment is equipped with a 7-inch color touch screen, adopts a graphical operation interface, and has Chinese prompts for parameter setting and fault troubleshooting. New employees can operate independently after 1 hour of training. At the same time, it supports one-click storage and calling of parameters, no need to reset during changeover, further improving efficiency.​

Application fields have covered multiple industries and achieved in-depth penetration. In the leisure food industry, high-precision pillow packaging machines ensure the packaging integrity of fragile products such as biscuits and potato chips, reducing transportation damage; in the daily necessities industry, it adapts to products such as toothbrushes, towels, and wet wipes, and improves product competitiveness through beautiful packaging; in the medical device field, special pillow packaging machines adopt sterile materials and sealing designs to meet the hygiene requirements of products such as masks and syringes, complying with medical industry standards. Data shows that enterprises using the new generation of pillow packaging machine series have reduced the number of equipment in a single production line by 40%, reduced labor costs by 35%, and increased packaging efficiency by 45%, with significant comprehensive benefits.​

In the future, with the integration of AI visual inspection technology, the pillow packaging machine series will realize more accurate quality control and can automatically identify defects such as packaging wrinkles and loose seals; at the same time, by connecting with the MES system, it will realize real-time upload of production data, provide data support for enterprise production management, and promote the further upgrading of the pillow packaging machine series towards "intelligence and digitalization".