• 30W-200W Semiconductor Laser.png
  • 30W-200W Semiconductor Laser.png
  • 30W-200W Semiconductor Laser.png
  • 30W-200W Semiconductor Laser.png

30W-200W Semiconductor Laser

30W/50W/200W PL inspection is a non-contact detection method based on optical excitation and high-sensitivity camera imaging, widely used for quality inspection of silicon wafers, solar cells, and other semiconductor materials.

  • 30/50/200W
    Output Power
  • 808±5/915±10nm
    Central Emission Wavelength
  • 10nm
    Spectral Width
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  • Product Advantages

  • Specification

  • Related Products

Product Advantages

  • Non-Contact Inspection

    The PL method ensures zero physical damage or contamination to silicon wafers, preserving sample integrity during inspection.

  • High Sensitivity

    Capable of detecting micron- and even nano-scale defects and impurities, with significantly higher sensitivity than conventional inspection methods.

  • High Throughput

    Enables rapid processing of large sample volumes, dramatically improving production efficiency and quality control performance.

Specification

Product Model
  • JPT-30W
    200w1.png
  • JPT-50W
    200w2.png
  • JPT-200W
    200w1.png
  • Output Power(W)
  • Central Wavelength(nm)
  • Center Wavelength Deviation
  • Typical Working Distance(mm)
  • Detectable Wafer Size(mm)
  • Power Requirements(V)
  • IO Interface(V)
  • Average Power Consumption(W)
  • Beam Emission Control
  • Power Regulation Mode
  • Operating Temp.&Rh(℃)
  • Dimension(mm)
  • Weight(kg)
  • Applicable Technology
  • Cooling
  • JPT-30W

    200w1.png
    • Output Power(W)
      30
    • Central Wavelength(nm)
      808
    • Center Wavelength Deviation
      ±5
    • Typical Working Distance(mm)
      230~260
    • Detectable Wafer Size(mm)
      ≤230
    • Power Requirements(V)
      220
    • IO Interface(V)
      White 0~24+/ Black 0~0.5-
    • Average Power Consumption(W)
      100
    • Beam Emission Control
      IO Interface
    • Power Regulation Mode
      GUI
    • Operating Temp.&Rh(℃)
      20~30;<80%
    • Dimension(mm)
      205×111×123
    • Weight(kg)
      ≈4
    • Applicable Technology
      Process After Silicon Wafer Coating
    • Cooling
      Air-Cooled
  • JPT-50W

    200w2.png
    • Output Power(W)
      50
    • Central Wavelength(nm)
      808
    • Center Wavelength Deviation
      ±5
    • Typical Working Distance(mm)
      230~260
    • Detectable Wafer Size(mm)
      ≤230
    • Power Requirements(V)
      220
    • IO Interface(V)
      White 0~24+/ Black 0~0.5-
    • Average Power Consumption(W)
      130
    • Beam Emission Control
      IO Interface
    • Power Regulation Mode
      GUI
    • Operating Temp.&Rh(℃)
      20~30;<80%
    • Dimension(mm)
      232×140×122
    • Weight(kg)
      ≈5
    • Applicable Technology
      Process After Silicon Wafer Diffusion
    • Cooling
      Air-Cooled
  • JPT-200W

    200w1.png
    • Output Power(W)
      200
    • Central Wavelength(nm)
      915
    • Center Wavelength Deviation
      ±10
    • Typical Working Distance(mm)
      230~260
    • Detectable Wafer Size(mm)
      ≤230
    • Power Requirements(V)
      220
    • IO Interface(V)
      White 0~24+/ Black 0~0.5-
    • Average Power Consumption(W)
      560
    • Beam Emission Control
      IO Interface
    • Power Regulation Mode
      GUI
    • Operating Temp.&Rh(℃)
      20~30;<80%
    • Dimension(mm)
      450×235×70
    • Weight(kg)
      ≈10
    • Applicable Technology
      Subsequent Processes of Silicon
      Wafers
    • Cooling
      Water-Cooled
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