Beverage production lines operate under demanding conditions, combining high line speeds with moisture, condensation, and continuous operation. With filling and packaging equipment representing a significant capital investment, unplanned downtime is not an acceptable option for manufacturers. Coding and marking systems must therefore deliver consistent performance and high uptime in challenging environments.

We have a range of high-uptime solutions, industrial marking technologies are designed to meet both simple date coding requirements and more advanced applications such as promotional codes and variable game data.

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①Glass bottles

Glass bottles, including wine and spirits packaging, present unique challenges for coding and marking due to their smooth surfaces, curved shapes, and varying glass colors. Differences in transparency, coatings, and surface treatments can affect ink adhesion and code visibility, particularly on dark or heavily treated bottles.

In addition, codes on glass bottles often serve both regulatory and brand-related purposes, such as date marking, batch identification, and traceability information. To meet these requirements in high-speed bottling environments, coding solutions must deliver consistent print quality, strong durability, and reliable performance without disrupting line efficiency.

②Aluminum cans & Flexible Pouches

Beverage manufacturers commonly rely on aluminum cans and flexible pouches as primary packaging formats. The presence of protective coatings, reflective metallic surfaces, and non-flat geometries can significantly increase the complexity of coding and marking operations. As a result, marking equipment must be engineered to deliver stable print quality under demanding conditions while supporting continuous, efficient line operation.

③Plastic Bottle

As packaging formats and material technologies continue to evolve, clear and colored plastic bottles, containers, and flexible packaging have become increasingly diverse in shape, size, and material composition. This diversity introduces higher technical demands for coding and marking applications, particularly when consistent and legible print quality must be maintained across varying surface characteristics, transparency levels, and curved geometries.

At the same time, codes applied to plastic packaging are required to serve multiple purposes, including consumer-facing date and compliance information, as well as variable production data for batch control and supply chain traceability. In high-speed, continuous production environments, coding solutions must therefore deliver reliable marking performance while supporting line efficiency and long-term operational stability.

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