High-Performance CW Diode and Diode Pumped Solid-State Lasers for Precision Applications
CW Diode and Diode Pumped Solid-State Lasers are advanced laser solutions offering continuous wave (CW) operation for a variety of high-precision applications. CW Diode Lasers provide stable and reliable performance for applications such as spectroscopy, imaging, and industrial processes. Diode Pumped Solid-State Lasers offer high power and efficiency for demanding tasks including material processing and scientific research. Both types of lasers deliver exceptional beam quality and stability, making them suitable for a wide range of applications in science, industry, and medicine.
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CW distributed feedback DFB lasers for gas detection
Applications: Optical fiber gas detection system, Optical sensing, Fiber communication, Measurement, Communication, Spectrum analysis -
Visible and near infrared CW lasers up to 20000 mW
Applications: Collimation, Laser medical treatment, Scientific experiment, Optical instrument, Laser display, Laser lighting show, Optical sensor, Measurement, Communication, Spectrum analysis -
Short-wavelength infrared CW DPSS lasers up to 13000 mW
Applications: Measurement, Communication, Spectrum analysis, Material processing, Medical procedures, Medical treatment -
The DPU series ultra-compact, visible diode pumped solid state (DPSS) lasers are available from 457nm to 671nm and can deliver up to 1500 mW output power. The laser series is widely used in scientific experiment, instrument, medical measurement, spectrum analysis, and many other applications. -
Ultra-compact near infrared DPSS lasers up to 4000 mW
Applications: Scientific experiment, Optical instrument, Optical sensor, Measurement, Communication, Spectrum analysis -
Ultra-compact blue CW DPSS lasers at 430nm, 488nm, and 491nm
Applications: Laser display, Medical treatment, Scientific research -
Environmentally sealed CW DPSS lasers for harsh conditions
Applications: Scientific experiment, Optical instrument, Laser display, Laser lighting show, Collimation, Laser medical treatment -
High power CW DPSS lasers up to 5000mW
Applications: Collimation, Laser medical treatment, Scientific experiment, Optical instrument, Laser display, Laser lighting show, Optical sensor, Measurement, Communication, Spectrum analysis -
Infrared CW DPSS lasers up to 1000 mW
Applications: Ho: YAG laser pumping, Medical, Scientific research, Long-distance telemetry and ranging, Laser radars, Designation, Communication, Spectrum analysis -
Blue and infrared CW DPSS lasers up to 3000mW
Applications: Fluorescence sensors, Raman spectrum, Laser printing, Holography, Laser display, Submarine communication, Biomedicine, Laser lighting show, Scientific experiment, Optical instrument, Optical sensor, Communication, Spectrum analysis -
CW DPSS Laser System, 473nm to 721nm, 10mW to 1200mW
Applications: Collimation, Laser Medical Treatment, Scientific Experiment, Optical Instrument -
Fan-less CW DPSS Laser System, UV 273nm to 360nm, 1mW to 100mW
Applications: Collimation, Laser medical treatment, Scientific experiment, Optical instrument -
Fan-less CW DPSS Laser System, Infrared at 912nm to 1357nm, 50mW to 1000mW
Applications: Measurement, Spectrum analysis, Scientific research -
High frequency modulated DPSS lasers with modulation frequency up to 1MHz
Applications: Laser graphic processing, Laser digital communications -
CW DPSS Laser System, Visible and Near IR, 10mW to 2500mW
Applications: Fluorescence sensors, Raman spectrum, Laser printing, Holography, Laser display, Submarine communication, Biomedicine, Laser lighting show. -
High stability, Ultra-compact, High power continuous-wave (cw) diode lasers up to 35000 mW
Applications: Measurement, Spectrum analysis, Communication, Laser projection, Stage lighting, Biomedical application, Metrology -
High performance, ultra-compact CW diode lasers with TEM00 mode
Applications: Measurement, Communication, Scientific experiment, Spectrum analysis, Optical instrument
