CO2 Laser Marking Machine

CO₂ Laser Marking Machine – The Non-Metal Marking Expert

The CO₂ Laser Marking Machine utilizes a CO₂ gas mixture that emits a powerful laser beam at a 10,600 nm wavelength (far-infrared). This wavelength is highly absorbed by most organic and non-metallic materials, providing excellent marking contrast and speed through surface vaporization. It remains one of the most versatile and cost-effective solutions for non-metal processing.

Key Features and Applications

1. Non-Metal Specialist
The 10,600 nm wavelength is ideal for materials that do not absorb the fiber laser’s 1064 nm wavelength, ensuring superior results on a wide variety of organic substrates.

2. Broad Material Compatibility
Excels at marking, engraving, and cutting across a diverse range of non-metal materials:

• Plastics: PVC, Acrylic, PE foam, ABS, Polyethylene cables.
• Organics: Wood, leather, paper, textiles, and clothing labels.
• Others: Glass, ceramics, cardboard, rubber, and stone.

3. Versatile Configurations
Available in multiple setups tailored to production environments:

• Bench-top/Desktop: For stable, precise workstation use.
• Cabinet Type: Fully enclosed systems for enhanced safety and stability (e.g., 60 W Cabinet Type).
• Flying/On-the-Fly Systems: Integrated directly into production lines for continuous high-speed marking (e.g., polyethylene cable coding).

4. High-Quality Finish
The galvanometer-driven scanning system ensures precise, fast, and repeatable marking — ideal for logos, codes, serials, and decorative patterns on both porous and non-porous non-metals.

Common Applications

• Date and batch coding on plastic bottles, packaging, and containers.
• Engraving graphics, barcodes, and text on wood, leather, and glass.
• Marking fashion accessories, fabrics, and textiles.
• Scoring or cutting thin films, paper, and cardboard for industrial or craft use.