As technology continues to advance at a rapid pace, it is driving continuous improvements in industrial processes, and fully automated systems have already replaced traditional manual services in the service sector. The emergence of new business models has ushered in efficient, energy‑saving, and systematized management approaches for the service industry. So how can industries select the right fully automated equipment? And how can they effectively boost production efficiency?
In every industry, establishing a company’s independent product‑outsourcing image requires meticulous data analysis. Precise product details determine market share. The fully automatic double-sided labeling machine can be customized to meet customers’ specific product requirements, specifications, and precision positioning needs, ensuring optimal label placement and presentation.
The fully automatic double-sided labeling machine is suitable for full‑circumference or half‑circumference, front-and-back dual‑label application on a wide range of cylindrical products, such as food cans, cosmetic round bottles, and pharmaceutical vials. When equipped with an optional ribbon coding unit, it can print production batch numbers and other information simultaneously with the labeling process.
The structure of the fully automatic double-sided labeling machine
1 Guiding mechanism: Used to align workpieces; for workpieces of different sizes, the adjustment can be made via the connecting joints of the guide rods.
2 Conveying mechanism: Transports workpieces to the right side for labeling and removes the labeled products.
3 Human–Machine Interface: A human–machine dialogue window for adjusting various parameters.
4 Electrical cabinet: the electrical control center of the labeling machine, housing various controllers and a PLC.
5. Bottle-spacing mechanism: Adjusts the spacing between workpieces by regulating the motor speed, ensuring sufficient time for labeling the preceding workpiece.
6 Label tray: Used to hold labels.
7 Labeling head vertical adjustment mechanism: used to adjust the vertical positioning of the label applicator.
8 Traction mechanism: Driven by an electric motor, it pulls the release liner and provides the power needed to peel off the label.
9 Label‑stripping plate: Removes labels. By routing the label around the plate, it forms an R‑corner, enabling efficient label removal.
10 Receiving mechanism: Recovers the release liner.
11 Label Overlamination: Applies an overlaminate to the labeled tags.
