Physical Pain Points of Labeling Small-Capacity Round Bottles

When labeling small-capacity (e.g., 10-30ml) round bottles with an outer diameter between 20mm and 50mm, their small surface area and lightweight body pose challenges for conveying and positioning. Traditional labeling equipment often uses cylinders for bottle separation, and this rigid impact easily causes lightweight glass bottles to tip over or break. Furthermore, if the label sending and receiving powers interfere with each other, or if the stopping position is not precise enough, the label will experience physical stress the moment it contacts the bottle. After rolling, this ultimately forms bubbles, wrinkles, or misaligned overlapping ends that are difficult to eliminate.

Precision Control Mechanisms of Vertical Labeling Machines

To thoroughly resolve the appearance defects in labeling small round bottles, the high-standard LYLTJ-120 vertical self-adhesive labeling machine has undergone deep optimization in its core driving and positioning units.

Firstly, in the front-end divergence stage, the equipment introduces an independent motor bottle separation system, replacing the conventional cylinder bottle separation method, thereby fundamentally solving the bottle breakage problem through smooth positioning. In the core label sending and receiving stages, the system uses independent high-power motors for driving, ensuring that each workstation operates independently without affecting each other, drastically improving the accuracy and smoothness of label output.