Flexo Cardboard Printing Slotting Die Cutting Machine With Automatic Zero Reset Device

Brief: Discover the Flexo Cardboard Printing Slotting Die Cutting Machine with Automatic Zero Reset Device, designed for precision and efficiency in carton production. This advanced machine features automatic zero reset for paper feeding, printing, and slotting departments, reducing cardboard waste and ensuring accurate positioning with minimal trial prints.
Related Product Features:
  • Automatic zero reset device for paper feeding, printing, and slotting departments, minimizing cardboard waste.
  • High-quality steel plate printing roller with surface grinding and hard chrome plating for durability.
  • Embossing roller with hard chrome plating and balance correction for stable operation.
  • Anilox roller with hard chrome plating, static and dynamic balance treatment for consistent ink application.
  • Pneumatic lifting and lowering of the anilox roller to prevent ink drying during short stops.
  • Manual adjustment of the gap between anilox roller and printing roller with a range of 1-8mm.
  • Cross slide mechanism ensures correct meshing state during adjustments for precise operation.
  • Extended service life of printing plates and rubber rollers due to even ink distribution.
Faqs:
  • What is the benefit of the automatic zero reset device in this machine?
    The automatic zero reset device ensures that the paper feeding, printing, and slotting departments reset to zero automatically, reducing cardboard waste and achieving accurate positioning with minimal trial prints.
  • How does the anilox roller contribute to consistent ink application?
    The anilox roller features hard chrome plating, static and dynamic balance treatment, and deep hole boring processing, ensuring consistent dots and even ink application for high-quality prints.
  • What adjustments can be made to the gap between the anilox roller and printing roller?
    The gap between the anilox roller and printing roller can be manually adjusted within a range of 1-8mm, using a cross slider mechanism to maintain correct meshing during adjustments.