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CO2 Laser

    • Co2 laser marking on plastic packet
    • Co2 laser marking on plastic packet
    • Co2 laser marking on plastic packet
    • Co2 laser marking on paper box
    • Co2 laser marking on plastic box
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    Co 2 laser marking

    Laser Application:

    • Branding and Marking, traceability on Plastic parts, Wood, paper, electrical wires and cables

    Materials Used:

    • Wood, polycarbonate, paper, Leather, acrylic, electrical cable sheaths: PVC, XLPE, DEHP, Cresyl Phthalate.

    For Industries:

    Wood processing industries, Plastic industries, paper, Packaging Industries Leather industries, Non-metal marking applications.

    For more details of laser source please mail us at: info@markolaser.com

CO2 Laser

In CO2 laser uses a beam of infra red light to excite molecules of carbon dioxide. Carbon dioxide lasers are some of the highest-power continuous wave lasers in existence. They convert up to 20% of input electrical power into usable laser output - a high efficiency for this laser type.



Sr. No. Application of CO2 Laser Material that can be processed
1 Branding on plastic parts PCB's, Plastics, Wood, Glass, Ceramics
2 Marking on glass
3 Marking on electronic components
4 Direct part marking of data matrix, QR code & bar-code for traceability.
5 Serial number, manufacturing date & times

Frequently Asked Questions?

1 On what materials does Markolaser's laser machine mark?

Ans: Markolaser's CO₂ laser is absorbed exceptionally well by organic and non-metallic substrates. It cleanly processes the following: Wood, Plastics (such as Polycarbonate and Acrylic), Leather and Textiles, Glass and Ceramics, Electrical cable sheaths made of PVC, XLPE, DEHP, or Cresyl Phthalate

2 What are the main industrial operations possible with Markolaser CO₂ laser machines?

Ans: Markolaser CO₂ laser machines are engineered for diverse production tasks, including surface marking, engraving, deep engraving, fine cutting, surface cleaning, and thin-layer ablation.

3 Can Markolaser's CO₂ laser mark metals?

Ans: Markolaser's CO₂ can engrave on specific types of treated, coated, or thin metal sheets, though uncoated raw metals typically require fiber or green laser sources for optimum results.