60W CO2 Laser Marker for Non-Metals for Laser code the bag

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December 20, 2025
Category Connection: CO2 Laser Marking Machine
Brief: This short presentation tells the story behind the design and its intended use cases. You'll see a detailed walkthrough of the Syscode 60W CO2 Laser Marking Machine, demonstrating its high-speed, precision coding capabilities on various non-metal materials like PET, plastic, and leather. Watch as we showcase how it creates permanent, smudge-proof marks for product traceability and branding in industrial applications.
Related Product Features:
  • Designed specifically for non-metal materials including PET, acrylic, leather, plastic, fabric, and rubber.
  • Achieves high-speed marking with a maximum speed of up to 12,000mm/s for efficient production line integration.
  • Delivers exceptional precision with 0.01mm positioning accuracy and a minimum line width of 0.03mm.
  • Features a user-friendly 10-inch large touchscreen interface for easy operation and reduced training time.
  • Constructed with a robust full aluminum body for long-term durability in harsh industrial environments.
  • Excels at marking laminated materials by vaporizing the top coating without damaging the substrate.
  • Offers a standard marking area of 90*90mm with options for customized areas to suit specific application needs.
  • Weighs 58kg for a balance of stability and relative ease of repositioning within facility layouts.
FAQs:
  • Can this 60W CO2 laser marker be used on metal materials?
    No, this machine is specifically engineered for non-metal materials such as PET, plastic, and leather. For metal marking applications, we recommend our Fiber Laser Marking Machines.
  • Is the marking area size customizable for different product sizes?
    Yes, while the default marking area is 90*90mm, we offer multiple standard areas and can provide customized marking area solutions to meet specific application requirements.
  • How does this machine perform on laminated or film-covered materials?
    It performs exceptionally well on laminated materials. The CO2 laser effectively vaporizes the top coating to create a high-contrast, permanent mark without damaging the underlying substrate, which is a key advantage of this system.