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Full-automatic cylinder flat die-cutting machine

The fully-automatic rotary die-cutting machine represents a significant advancement in post-processing technology for the packaging and printing industries. This sophisticated equipment employs a unique rotary-flat pressing mechanism that combines the rotational motion of circular blades with the static precision of flatbed dies. Through this synchronized operation, it achieves continuous high-speed processing of diverse materials while maintaining exceptional dimensional accuracy. The integration of advanced servo control systems and optical positioning sensors ensures micron-level alignment precision. Such technical specifications make it particularly suitable for manufacturing complex packaging structures requiring intricate die-cut patterns, including pharmaceutical blister packs and consumer electronics packaging.

    Technical Data

    Max paper size 460mm×585mm
    Min paper size 140mm×180mm
    Gripper margin 6-8mm
    Stock range 50-350g/㎡
    Cylinder-packing thickness 1.2mm
    Max foil stamping speed 2500
    Max pile height at feeder 325mm
    Machine weight 3 3tons
    Main motor power 5KW
    Heating plate power 5KW
    Dimension 3000×1600×1700mm

    Accessories

    Hex key 1set
    Flat-head screwdriver 1pc
    Phillips screwdriver 1pc
    Scraper  2 pcs (1 large, 1 small)
    Scissors 1pc
    Steel ruler (300mm) – 1 pc
    Open-end wrench set  (8-24mm) – 1 set
    Adjustable wrench (0-300mm) – 1 pc
    Roller blanket steel sheet  1 pc

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    Beyond its technical capabilities, this equipment demonstrates remarkable versatility across industrial applications. Its multi-material compatibility extends beyond conventional paper substrates to include synthetic materials like PET films, aluminum foils, and composite laminates - a critical feature for modern sustainable packaging solutions. The automated production line configuration incorporates intelligent feeding mechanisms and computerized waste removal systems, achieving uninterrupted operation cycles that boost productivity by 40-60% compared to traditional flatbed systems. These operational efficiencies have established the machine as essential infrastructure in sectors ranging from food packaging to automotive component manufacturing. Furthermore, its energy-efficient design and reduced material waste align with contemporary environmental standards, while the modular construction allows for rapid tooling changes to accommodate custom orders, making it a cornerstone technology for Industry 4.0 smart manufacturing environments.

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