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Used Laser Marking

  • TRUMPF TruMark 5010 One-box laser

    TRUMPF TruMark 5010 One-box laser marking system

    • Manufacturer: Trumpf
    • Model: Trumark

    Good condition Shipping time 7-10 days business day by DHL 30 days money back, you pay return shipping If there is any question, please do not hesitate to ask me. Thank you for viewer

    $8,040 USD

    Get financing

    Est. $158/mo

    Thailand
  • Trusted Seller
    Bondztek Laser Mark

    Bondztek Laser Mark

    • Manufacturer: Bondztek

    CO2 Laser Mark System Ex-Works.

    Malacca, Malaysia
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    ESI 9825

    • Manufacturer: ESI

    Laser Repair

    Yongin-si, South Korea
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    Cymer 6400

    • Manufacturer: Cymer

    Laser

    Yongin-si, South Korea
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    Cymer 6300

    • Manufacturer: Cymer

    Laser

    Yongin-si, South Korea
  • Trusted Seller
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    EO Technics BM4364 Automatic Laser Marking System

    • Manufacturer: EO Technics

    Asia
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    MIT TH-800ViX Tray-to-Tray Laser Marker (Rofin Sinar)

    • Manufacturer: Rofin

    Asia
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    TRUMPF TRUDISK 2001 LASER

    TRUMPF TRUDISK 2001 LASER

    • Manufacturer: Trumpf
    • Model: TruDisk

    Trumpf TruDisk 2001 Laser Wavelength of Laser Light: 1030 nm Minimum Laser Power: 80 W Maximum Laser Power: 2000 W Beam Parameter Product: 4 mm mrad

    Mansfield, OH
  • MELLES GRIOT HeNe 05-LGR-173-452 LASER

    MELLES GRIOT HeNe 05-LGR-173-452 LASER WITH 05-LPL-903-065 POWER SUPPLY

      MELLES GRIOT HeNe 05-LGR-173-452 LASER WITH 05-LPL-903-065 POWER SUPPLY P/N: 05-LGR-173-452 P/N: 05-LPL-903-065 S/N: 1493EI S/N: 47859 USED - IN GOOD WORKING CONDITION LOC S5-2

      Largo, FL
    • SPI 70 W Fiber

      SPI 70 W Fiber

        Laser head: Diode-pumped ytterbium fiber laser | Wavelength: 1064 nm | Power source: 70 W | Integrated pilot laser: - | Max pulse rate: 1000 KHZ

        Santiago de Querétaro, Mexico
      • SPI 20 W Fiber

        SPI 20 W Fiber

          Laser head: Diode-pumped ytterbium fiber laser | Wavelength: 1064 nm | Power source: 20 W | Integrated pilot laser: - | Max pulse rate: 1000 KHZ

          Santiago de Querétaro, Mexico
        • SPI 20 W Fiber

          SPI 20 W Fiber

            Laser head: Diode-pumped ytterbium fiber laser | Wavelength: 1064 nm | Power source: 20 W | Integrated pilot laser: - | Max pulse rate: 1000 KHZ

            Santiago de Querétaro, Mexico
          • IPG 20W Fiber

            IPG 20W Fiber

              Laser head: Diode-pumped ytterbium fiber laser | Wavelength: 1064 nm | Power source: 20 W | Integrated pilot laser: Yes | Max pulse rate: 80 KHZ

              Santiago de Querétaro, Mexico
            • Flexxmark Eco20W

              Flexxmark Eco20W

                Laser head: Diode-pumped ytterbium fiber laser | Wavelength: 1064 nm | Power source: 20 W | Integrated pilot laser: Yes | Max pulse rate: 400 KHZ

                Santiago de Querétaro, Mexico
              • Flexxmark Eco20W

                Flexxmark Eco20W

                  Laser head: Diode-pumped ytterbium fiber laser | Wavelength: 1064 nm | Power source: 20 W | Integrated pilot laser: Yes | Max pulse rate: 80 KHZ

                  Santiago de Querétaro, Mexico
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                Overview

                Laser marking is a process used to mark or engrave an object with a laser beam. It is commonly used for applications requiring precision and durability, such as in the automotive, medical, and manufacturing industries. Laser marking machines can handle a variety of materials including metals, plastics, and ceramics, making them versatile tools for permanent identification and branding.

                FAQ

                What should I consider when buying a used laser marking machine?

                Consider the machine's age, laser power, software compatibility, and any previous maintenance records. Ensure it meets your specific marking needs and material requirements.

                How do I ensure the laser marking machine is shipped safely to my location?

                Use a reputable shipping service experienced in handling delicate machinery. Ensure the machine is properly packed and secured to prevent damage during transit.

                What is the maintenance schedule for a laser marking machine?

                Regular maintenance includes cleaning the laser lens, checking for software updates, and inspecting electrical connections. Follow the manufacturer’s guidelines for detailed maintenance instructions.