Laser Systems

  • Lasermate Group, Inc. provides diode-pumped solid state (DPSS) lasers with low divergence and high power that are suitable for optogenetics application. The wavelengths used for optogenetics research comprise of the entire wavelength spectrum from ultraviolet to violet, blue, green, yellow, and red to multiple wavelengths.
  • Water cooled Q-Switched Ti: sapphire tunable laser

    Applications: Measurement, Marking, Carving, Military, Scientific research
  • Blue low noise diode lasers up to 3500 mW

    Applications: Scientific research, Measurement, Communication, Spectrum analysis
  • Non-gaussian flat-top beam fiber coupled lasers with even energy distribution spot

    Applications: Medical treatment, Ultraviolet curing, Fluorescence detection, Criminal investigation, Scientific research.
  • Narrow linewidth low Noise DPSS lasers

    Applications: DNA sequencing, Flow cytometry, Digital imaging, Analytical chemistry, Particle measurements, Confocal microscopy, Raman spectroscopy
  • Ultra narrow spectral linewidth CW diode lasers

    Applications: Raman spectroscopy, DNA sequencing, Flow cytometry, Digital imaging, Confocal microscopy
  • High performance, ultra-compact CW diode lasers with TEM00 mode

    Applications: Measurement, Communication, Scientific experiment, Spectrum analysis, Optical instrument
  • High energy lamp-pumped Q-switched lasers (532nm, 1064nm) up to 200mJ

    Applications: LIBS, LIF, PIV, ICP-MS, LCD repair, Scientific research, Laser processing, Military
  • Mode-locked picosecond pulsed lasers up to 8000mW

    Applications: Laser medical treatment, Industrial processing
  • Highly stable, low noise, narrow linewidth tunable diode lasers

    Applications: Scientific research and teaching, Holographic imaging, Raman, Atomic clock, Coherent detection
  • 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
Go to Top