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Expert Ⅱ 532 10W

Power: 10W Pulse width: <35ns@30KHz Beam quality: ㎡<1.3 Spot ovality: >80%

Consulting products
  • Product Description
  • Parameter
  • Dimensional Drawing
  • Application Field
    • Commodity name: Expert Ⅱ 532 10W
    • Commodity ID: 1041772784301989888

    Power: 10W Pulse width: <35ns@30KHz Beam quality: ㎡<1.3 Spot ovality: >80%

    Expert II 532 Series Green Optical Semiconductor Pumped Pulsed Solid State Laser 10W Model. With pulse width (<35ns@30k), superior beam quality (M2<1.3) and perfect spot characteristics (spot ovality >80%). This series of lasers is ideal for surface processing of most metal and non-metal materials such as glass marking, film etching, and metal oxide breakdown.
    Main features:
    1. Laser wavelength 532mm, wide repetition frequency coverage (single pulse to 200KHz)
    2. Superior beam quality M2 < 1.3), strictly guaranteed in all frequency ranges
    3. Unique Q-switching control technology, suitable for various laser application control needs
    4. All-digital intelligent power control technology, can control the laser through RS232 externally
    5. Industrialized product process production control technology, product quality is stable and reliable
  • Product category Pulse, Green, all solid state solid laser
      Parameter index Unit Description
    Laser wavelength 532 nm  
    Average Output Power 10.0 W @30kHz
    Pulse Width <35 ns @30kHz
    Pulse Repetition Rate 10-200 kHz  
    Spatial Mode TEMoo    
    Beam quality(㎡) <1.3    
    Beam Diameter 0.6+/-0.1 mm  measured at window
    Beam Full Divergence Angle <2.5 mrad  
    Beam Circularity >80 %  
    Pulse-to-Pulse Stability <2 % RMS/@30KHz
    Average Power Stability <3 % RMS/8hr
    Beam-Pointing Drift <30 μrad/℃  
    Polarization Ratio >100:1    
    Polarization Orientation Horizontal    
    Operating Temp. & RH 10 to 35
    Storage Temp. & RH -20 to 65
    Electricity Requirement
    Power Consumption

    Single phase

    Warranty 12 Months  


    1. Laser power and other characteristics can be optimized in different repetition frequency ranges. The temperature referred to is the ambient temperature.
    2. The temperature referred to is the ambient temperature.