High Speed Continuous Corrugated Cardboard Printing Machine PLC Control

A web-fed printing machine used in the corrugated industry is mainly designed for high-speed printing on continuous rolls of paper or corrugated board. It can print text, graphics, brand logos, barcodes, and other information onto the surface of packaging materials. Its key characteristics include continuous web feeding, high-speed printing, a high level of automation, and suitability for large-volume production.

Key Features

• Continuous Web Feeding Uses continuous roll-to-roll feeding, reducing downtime caused by frequent material changes and improving overall production efficiency.
• High-Speed Printing Designed for high-volume and continuous production, with different printing speeds available depending on the machine configuration.
• High Printing Accuracy Automatic registration, tension control, and web guiding systems help improve the registration accuracy of text, graphics, and multi-color printing.
• Stable Tension Control Continuously controls web tension during high-speed operation to minimize wrinkles, web wandering, stretching, and web breaks.
• High Level of Automation Can be equipped with PLC control, servo drives, automatic registration, automatic web guiding, automatic cleaning, and automatic plate changing systems to reduce manual operation.
• Multi-Color Printing Capability Depending on the machine configuration, multiple printing units can be installed to support single-color, two-color, or multi-color printing for different packaging requirements.
• Adaptability to Different Paper Grades and Inks Different printing plates, anilox rollers, and ink systems can be selected according to paper weight, substrate type, and printing requirements.
• Suitable for Packaging Production Widely used for corrugated packaging, cartons, logistics packaging, food packaging, and other paper-based products.
• High Efficiency and Reduced Waste Automatic tension control, web guiding, and registration systems improve machine stability, reduce printing defects, and minimize material waste.