Tunable and multi-wavelength laser systems provide flexible spectral output for advanced applications. Tunable lasers allow continuous wavelength adjustment across a defined range, while multi-wavelength lasers offer multiple discrete output lines. These systems are widely used in spectroscopy, sensing, research, and applications requiring spectral versatility.
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Fiber coupled dual wavelength narrow linewidth laser
Applications: Raman spectroscopy, Biomedicine, Dual wavelength metrology -
Free space multi-wavelength laser (4 wavelengths) in the UV-Visible-IR range
Applications: Scientific research, Medical treatment, OEM field, Multimedia entertainment -
Free space multi-wavelength laser (3 wavelengths)
Applications: Scientific research, Medical treatment, OEM field, Multimedia entertainment -
Free space output dual wavelength lasers in the UV-Visible-IR range
Applications: Life sciences, Fluorescence, Spectral analysis, Optogenetics, Scientific research, Medical treatment, OEM field, Multimedia entertainment -
Fiber coupled multi-line laser up to 4 wavelengths with single mode fiber coupling
Applications: Fluorescence microscopy, Flow cytometry, Confocal microscopy, Optogenetics, Live-cell imaging, Light sheet microscopy -
Fiber coupled integrated multi-wavelength laser up to 6 wavelengths with multimode fiber coupling
Applications: Medical, Biomedical, Industrial -
Infrared tunable DPSS laser
Applications: Remote sensing, Communication, Spectrum analysis -
Water cooled Q-Switched Ti: sapphire tunable laser
Applications: Measurement, Marking, Carving, Military, Scientific research -
Highly stable, low noise, narrow linewidth tunable diode lasers
Applications: Scientific research and teaching, Holographic imaging, Raman, Atomic clock, Coherent detection
