Single-frequency lasers provide exceptional spectral purity and frequency stability for precision measurement, sensing, and advanced research.
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Infrared single frequency lasers available from 914nm to 1342nm up to 1000mW
Applications: DNA sequencing, Flow cytometry, Cell sorting, Optical instrument, Spectrum analysis, Interference, Measurement, Holography, Physics experiment -
CW single frequency lasers that are environmentally sealed with IP67 and IP65 ratings
Applications: DNA sequencing, Flow cytometry, Cell sorting, Optical instrument, Spectrum analysis, Interference, Measurement, Holography, Physics experiment -
Narrow linewidth visible red and IR single longitudinal mode/single frequency laser up to 80mW
Applications: Raman spectroscopy, Speckle interferometry, Bioinstrumentation, Metrology, Sensing, Analytical instrumentation -
CW single longitudinal mode lasers at 515nm and 557nm up to 300mW
Applications: DNA sequencing, Flow cytometry, Cell sorting, Optical instrument, Spectrum analysis, Interference, Measurement, Holography, Physics experiment -
High frequency modulated single frequency/single longitudinal mode lasers up to 1MHz
Applications: Raman spectroscopy, Holography, Biomedical/Fluorescence, Interference lithography, Precision measurement, Atomic excitation/Absorption, Semiconductor inspection -
Fan-less CW single longitudinal mode / single frequency lasers up to 600mW with narrow spectral linewidth and long coherent length
Applications: DNA sequencing, Flow cytometry, Cell sorting, Optical instrument, Spectrum analysis, Interference, Measurement, Holography, Physics experiment -
Single frequency CW fiber laser at 1064nm and 1550nm
Applications: Acoustic and seismic sensing, Medical cosmetology, LIDAR, Metrology, Wind sensing, Security, Experimental research
