Automatic Card Hot stamping machine YHS-1

card hot foil stamping machine
February 05, 2026
Category Connection: Card Hot Foil Stamping Machine
Brief: Want to see how the Automatic Card Hot Foil Stamping Machine YHS-1 delivers precise hologram and signature panel stamping? This video provides a detailed walkthrough of its PLC-controlled operation, showcasing how it achieves high-speed, high-quality anti-counterfeit stamping on plastic cards with perfect positioning.
Related Product Features:
  • Uses high-quality servo motors for stable operation and adjustable running speed and pressing stroke.
  • Features adjustable stepping distance for gilding film to ensure precise foil placement.
  • Adopts PLC control for reliable automatic operation with automatic halt and alarm for failures.
  • Equipped with imported temperature controllers for optimal hot stamping quality.
  • Designed for hot stamping anti-fake holograms, signature panels, and patterns on plastic cards.
  • Capable of stamping with gold, silver, and scratch-off foils on card surfaces.
  • Offers high-speed performance with a capacity of up to 3000 cards per hour.
  • Ensures precise location accuracy of ±0.2mm for consistent stamping results.
FAQs:
  • What types of cards can the YHS-1 machine process?
    The YHS-1 is designed to process CR80 plastic cards with a thickness ranging from 0.50 to 0.85 mm.
  • What is the maximum stamping area on a card?
    The maximum stamping area on the card surface is no more than 48mm in the card width direction and no more than 80mm in the card length direction.
  • How is the stamping temperature controlled?
    The machine uses a high-quality imported temperature controller to maintain the stamping temperature within a range of 120-180 degrees centigrade, typically operating at 140-150 degrees for optimal quality.
  • What happens if there is a card feeding failure during operation?
    The PLC-controlled system will automatically halt the machine and trigger an alarm in case of no card detection or any operational failure, ensuring safety and preventing damage.