Five-axis 3D Marking System (LDS)

Widely used in mobile communications, IoT projects, automotive IoT components, Industry 4.0, and medical industries.

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Five-axis 3D Marking System (LDS)
  • Product description
  • Specifications
  • Sample display
     

    Features: 

    » Use the control system to control the movement of the laser according to the trajectory of the electronic circuit, project the laser onto the injection-molded three-dimensional plastic device, and use the laser to activate the material in a short time-the laser makes the metal structure compound in the plastic containing the dopant Separation (laser activation). The metal atoms exposed after laser activation are used as the seed layer of the electroless plating process. During the electroless plating process, the activated area can grow a metal layer (surface metallization) with a thickness of 5-10 microns to realize the three-dimensional circuit formation of the material.

     

  • Specifications: 

     

    Device model TH-FLCS30 TH-FLCS50 TH-FLCS100
    Laser average output power 30W 50W 100W
    Laser wavelength 1064nm
    Pulse Width 2—350ns
    Laser repetition rate 1KHz—4000KHz
    Engraving range 100mm×100mm×40mm, 300×300×200 (optional)
    Engraving line speed ≤ 7000mm/s
    Width lower limit 0.015mm
    Repeatability ≤ 0.005mm
    XYZ Motion Module Accuracy ±0.01mm
    Power consumption of the whole machine 1500W
    electricity demand 220V±22V / 50Hz/ 10A
    Overall size 1150mm×1360mm×2000mm
    Total Weight 750Kg

     

  • Sample display:

     

    Five-axis 3D marking system (LDS) sample

    Five-axis 3D marking system (LDS) sample

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