Exhibition Style - Shanghai Peixin Packaging Technology Co., Ltd
40401,21,2026 104 views
As the core equipment of modern intelligent packaging, the fully automatic high-speed box packing machine achieves full process automation from product transportation to paper box sealing through highly integrated mechanical structure and intelligent control system. Its structural design balances efficiency and accuracy, and is widely used in fields such as food, medicine, and electronic products. Starting from the core module, analyze its typical structural characteristics:
1、 Automatic feeding and paper box forming system
1. Product conveying device: Using a conveyor belt or robotic arm structure, it supports precise positioning of regular (such as medicine bottles) or irregular (such as hoses) products, ensuring consistent loading. Some models are equipped with intelligent detection, which automatically eliminates empty or abnormal products.
2. Paper box supply mechanism: The flat paper box is sucked from the paper box warehouse through a vacuum suction cup and quickly unfolded into shape through a folding mechanism. This module is suitable for various paper box sizes, with common ranges such as (45-180) × (30-85) × (12-50) millimeters, to meet diverse packaging needs.
3. Material adaptability: The cardboard box should be made of hard paper with a weight of 250-350 grams per square meter to ensure molding stability; The instruction manual paper is usually 50-60 grams per square meter, making it easy to insert automatically.
2、 Loading and sealing execution unit
1. Precision loading module: Using a push plate or pneumatic fixture to synchronously load the product and instruction manual into the paper box, the positioning accuracy can reach millimeter level, especially suitable for position sensitive electronic products.
2. Folding and sealing device: The paper box lid is folded and sealed by a mechanical arm or pneumatic mechanism, supporting tongue insertion, glue coating or hot melt adhesive sealing (such as food grade stainless steel models), ensuring the firmness of the packaging.
3. Multi functional integration: Some models integrate batch number printing, label pasting and other functions to achieve "one machine with multiple functions" and reduce subsequent processes.
3、 Intelligent Control and Detection System
1. PLC control system: using programmable logic controller (PLC) and touch screen interface to achieve rapid parameter adjustment and fault self diagnosis, easy operation and maintenance.
2. Real time monitoring function: equipped with photoelectric sensors and visual inspection, real-time monitoring of the integrity of packaging (such as missing materials and boxes), automatic removal of non-conforming products, and ensuring the yield rate of finished products.
3. Flexible design: supports inch adjustment and modular expansion, can quickly adapt to different specifications of paper boxes or connect other equipment (such as rewinding machines), and enhance the flexibility of the production line.
4、 Efficient performance and safety features
1. High speed production capacity: The typical speed is 80-110 boxes per minute, and continuous and efficient operation is achieved by optimizing the transmission structure and pneumatic system (such as vacuum adsorption).
2. Safety protection mechanism: Built in overload protection and emergency braking, automatically stops and alarms when abnormalities (such as card boxes) are detected, reducing the risk of equipment damage.
3. Compact layout: The overall structure of the machine is streamlined, such as a certain model with dimensions of 2100 × 1100 × 1700 millimeters and a weight of approximately 850 kilograms, which facilitates workshop space optimization.
The structural characteristics of the fully automatic high-speed box packing machine reflect the deep integration of mechatronics and intelligence. Its core advantage lies in balancing speed and accuracy through modular design, while improving flexible production capacity through intelligent control. As the packaging industry develops towards efficiency and personalization, such equipment will continue to drive the automation upgrade of production processes.
