Lasers

  • Ultra narrow spectral linewidth CW diode lasers

    Applications: Raman spectroscopy, DNA sequencing, Flow cytometry, Digital imaging, Confocal microscopy
  • High power infrared CW diode lasers up to 12000 mW

    Applications: Measurement, Spectrum analysis, Communication
  • High stability, ultra-compact, high power CW red diode lasers up to 1800 mW

    Applications: Measurement, Spectrum analysis, Laser lighting show
  • Blue low noise diode lasers up to 3500 mW

    Applications: Scientific research, Measurement, Communication, Spectrum analysis
  • Low noise UV and visible diode lasers with less than 1% noise up to 1800 mW

    Applications: Biological, Medical, Laser pumping, Scientific research, Medical imaging, DNA sequencing, Flow cytometry, Communication, Measurement, Spectrum analysis
  • Low noise infrared diode lasers with less than 1% noise up to 2500 mW

    Applications: Measurement, Communication, Spectrum analysis    
  • High stability, high power CW violet and red diode lasers up to 20000 mW

    Applications: Measurement, Spectrum analysis, Communication, Laser lighting show
  • Visible red and infrared continuous-wave (cw) diode lasers up to 5000 mW

    Applications: Laser lighting show, Measurement, Spectrum analysis, Collimation, Laser medical treatment, Scientific experiment, Optical instrument, Laser display
  • High stability visible blue and infrared CW diode lasers up to 8000 mW

    Applications: Scientific research, Laser pointing, Laser lighting show, RGB mixed laser systems, Measurement, Communication, Spectrum analysis
  • Single mode fiber coupled diode laser system from 405nm to 1064nm

    Applications: Communication, Measurement, Spectrum analysis
  • High stability, ultra-compact CW diode lasers up to 1800 mW

    Applications: Biological, Medical, Laser pumping, Scientific research, Medical imaging, DNA sequencing, Flow cytometry, Communication, Measurement, Spectrum analysis
  • High stability infrared CW diode lasers up to 2500 mW

    Applications: Measurement, Communication, Spectrum analysis
    • OD Specifications: OD 5+ @ 190-400nm, OD 3+ @ 405-420nm, OD 2.5+ @ 585-625nm, OD 3+ @ 626-710nm
    • VLT: 15%
    • Lens Color: Green
    • Material: Polycarbonate
    • OD Specifications: OD 5+ @ 190-380nm, OD 1.5+ @ 630-700nm
    • VLT: 39%
    • Lens Color: Blue
    • Material: Polycarbonate
    • OD Specifications: OD 5+ @ 190-400nm, OD 2+ @ 820-915nm, OD 3+ @ 840-900nm
    • VLT: 63%
    • Lens Color: Tan
    • Material: Polycarbonate
    • OD Specifications: OD 5+ @ 190-400nm, OD 5+ @ 800-830nm, OD 7+ @ 805-825nm
    • VLT: 69%
    • Lens Color: Yellow
    • Material: Polycarbonate
    • OD Specifications: OD 5+ @ 190-400nm, OD 2+ @ 680nm, OD 2.5+ @ 828-905nm
    • VLT: 56%
    • Lens Color: Green
    • Material: Polycarbonate
    • OD Specifications: OD 1+ @ 610-664nm, OD 2+ @ 665-<670nm, OD 3+ @ 670-690nm, OD 2+ @ >690-698nm, OD 1+ @ 735-789nm, OD 3+ @ 790-<808 2+ 808-1050nm, OD 2+ @ >1050-1080nm
    • VLT: 35%
    • Lens Color: Green
    • Material: Polycarbonate
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