Comprehensive Laser Systems for Diverse Applications
Laser Systems encompass a wide range of integrated solutions designed to meet various industrial, scientific, and commercial needs. Our laser systems offer cutting-edge technology and customization options for applications including manufacturing, research, medical procedures, and more. By combining lasers with advanced control systems, optics, and other components, these systems deliver high precision, reliability, and performance tailored to your specific requirements. Explore our diverse offerings to find the perfect laser system for your needs.
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Highly stable, low noise, narrow linewidth tunable diode lasers
Applications: Scientific research and teaching, Holographic imaging, Raman, Atomic clock, Coherent detection -
Mode-locked picosecond pulsed lasers up to 8000mW
Applications: Laser medical treatment, Industrial processing -
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 -
High performance, ultra-compact CW diode lasers with TEM00 mode
Applications: Measurement, Communication, Scientific experiment, Spectrum analysis, Optical instrument -
Ultra narrow spectral linewidth CW diode lasers
Applications: Raman spectroscopy, DNA sequencing, Flow cytometry, Digital imaging, Confocal microscopy -
Narrow linewidth low Noise DPSS lasers
Applications: DNA sequencing, Flow cytometry, Digital imaging, Analytical chemistry, Particle measurements, Confocal microscopy, Raman spectroscopy -
Non-gaussian flat-top beam fiber coupled lasers with even energy distribution spot
Applications: Medical treatment, Ultraviolet curing, Fluorescence detection, Criminal investigation, Scientific research. -
Blue low noise diode lasers up to 3500 mW
Applications: Scientific research, Measurement, Communication, Spectrum analysis -
Water cooled Q-Switched Ti: sapphire tunable laser
Applications: Measurement, Marking, Carving, Military, Scientific research -
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. -
Lasermate offers diode lasers specially designed for gas detection of CH4, H2S, NH3, H2O, CO, CO2, C2H4, HF, C2H2, etc.
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Long coherence CW diode lasers
Applications: Holography, Photoetching interference, DNA sequencing, Flow cytometry, Digital imaging, Analytical chemistry, Particle Measurement, Confocal microscopy, Raman spectroscopy -
Lasermate provides different laser sources specifically designed for Raman spectroscopy applications at different kinds of wavelengths and power levels to meet customer’s practical requirements. -
Continuous-wave (CW) fiber laser at 1064nm and 1080nm up to 200W
Applications: Laser radar, Life science, Material processing, Microelectronics, Scientific research, Pump for mid-IR laser, Pump source for OPO, Pump source for long distance communication -
Q-switched pulsed fiber lasers at 532nm, 1064nm and 1550nm
Applications: Laser radar, Life science, Microelectronics, Scientific research, Physical experiment -
Single frequency CW fiber laser at 1064nm and 1550nm
Applications: Acoustic and seismic sensing, Medical cosmetology, LIDAR, Metrology, Wind sensing, Security, Experimental research -
Lasermate Group, Inc. offers a wide selection lasers suitable for holography application.
