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Picosecond pulsed fiber lasers up to 5000mW, <900ps
Applications: Scientific research, Laser processing, TCSPC, Picosecond processing, Laser drilling, Glass engraving, Laser radar, Precision marking, Precision drilling, Life science, Precision etching, Microelectronics -
Nanosecond pulsed fiber laser at 1030nm and 1550nm, <100ns
Applications: Scientific research, Laser radar, Life science, Optical simulation, Microelectronics -
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 -
Environmentally sealed CW DPSS lasers for harsh conditions
Applications: Scientific experiment, Optical instrument, Laser display, Laser lighting show, Collimation, Laser medical treatment -
Ultra-compact blue CW DPSS lasers at 430nm, 488nm, and 491nm
Applications: Laser display, Medical treatment, Scientific research -
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, Visible and Near IR, 10mW to 2500mW
Applications: Fluorescence sensors, Raman spectrum, Laser printing, Holography, Laser display, Submarine communication, Biomedicine, Laser lighting show. -
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 -
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 stability, ultra-compact CW diode lasers up to 1800 mW
Applications: Biological, Medical, Laser pumping, Scientific research, Medical imaging, DNA sequencing, Flow cytometry, Communication, Measurement, Spectrum analysis -
High stability infrared CW diode lasers up to 2500 mW
Applications: Measurement, Communication, Spectrum analysis -
High stability, high power CW diode lasers up to 4000 mW
Applications: Medical imaging, Flow cytometry, DNA sequencing, Measurement, Spectrum analysis, Communication, Laser projection, Stage lighting, Biomedical application, Metrology -
High power infrared CW diode lasers up to 12000 mW
Applications: Measurement, Spectrum analysis, Communication -
High stability, ultra-compact, high power CW red diode lasers up to 1800 mW
Applications: Measurement, Spectrum analysis, Laser lighting show -
Visible red and infrared continuous-wave (cw) diode lasers up to 5000 mW
Applications: Laser lighting show, Measurement, Spectrum analysis, Collimation, Laser medical treatment, Scientific experiment, Optical instrument, Laser display -
High stability, high power CW violet and red diode lasers up to 20000 mW
Applications: Measurement, Spectrum analysis, Communication, Laser lighting show -
- Spectral range 400nm to 1100nm
- High speed up to 2.5GHz
- TO-46 package with 2mm flat window cap
- High reliability, Low capacitance
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- Spectral range 200nm to 1100nm
- 1mm Large active area, TO-46 can package
- High reliability, low dark current
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- 405nm responsivity about 0.2mA/mW
- 5.9mm Ultra large active area, TO-8 can package
- High reliability, low dark current
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- 980nm responsivity up to 0.67mA/mW
- 4.2mm Large active area, TO-5 can package
- High reliability, low dark current
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- 1064nm responsivity up to 0.32mA/mW
- 3.2mm Large active area, TO-5 can package
- High reliability, low dark current
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- High responsivity from 400nm to 1100nm
- 10mm Diameter Large active area, Ceramic package
- High reliability, low dark current
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The APD-CS916200 is a planar InGaAs avalanche photodiode in a 6CLCC ceramic package, designed for 0.95–1.65µm detection. With high responsivity, low noise, and ≥700MHz bandwidth, it is ideal for LIDAR, optical communication, and infrared sensing. -
Large active area InGaAs photodiodes with high responsivity in 0.9um~1.7um wavelength spectral range, low leakage current, high shunt resistance, in TO-39 package with 3mm diameter active area. -
InGaAs PIN photodiode in TO-46 package that features high responsivity in 0.6um~1.7um wavelength spectral range, low leakage current, high shunt resistance, VIS-SWIR operation, and 455um diameter active area. -
Large area and high responsivity, InGaAs photodiodes in TO-39 package at 0.9um-2.2um with active area ⌀1850um.
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The FPA15M640SC is a 640x512 short-wave infrared (SWIR) focal plane array covering the 1.2–2.2µm spectral range. Featuring an embedded thermoelectric cooler (TEC), high quantum efficiency (>70%), and >98% pixel operability, it ensures reliable, high-resolution performance for SWIR imaging, inspection, and scientific applications.
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The FPA15M640NA is a 640x512 InGaAs focal plane array with a 0.9–1.7µm spectral response and an embedded thermoelectric cooler (TEC) for enhanced stability. Designed for demanding NIR imaging, inspection, and telecom applications, it delivers >70% quantum efficiency and high pixel reliability.
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The FPA15C640A is a near-infrared InGaAs focal plane array with a 640x512 resolution and 0.6–1.7µm spectral response. Offering >70% quantum efficiency, high pixel operability, and versatile readout modes, it is designed for imaging, inspection, and scientific applications. -
850nm RCLED chip with 128µm emitting diameter, optimized for data link communication, industrial systems, and sensors. Delivers enhanced coupling efficiency and consistent optical output. -
High-efficiency 650nm RCLED chip supporting 155Mb/s data rates, optimized for plastic optical fiber (POF) data communication, home networking, and optical sensing applications. -
650nm RCLED chip with 50µm emitting diameter, optimized for industrial and sensor applications. Delivers low current bias, high optical efficiency, and stable long-term performance. -
650nm RCLED chip with 30µm emitting diameter, designed for sensors and industrial use. Offers low current bias, stable optical output, and long-term reliability. -
Compact 650nm RCLED chip with 25µm emitting diameter, delivering high brightness, narrow emission spectrum, and stable performance for sensing and industrial applications. -
CWDM Distributed Feedback Laser Diodes for Telecom and Datacom, 1270nm-1610nm, TO-can, 2.5Gbit/s This part is obsolete and is superseded by part number CxxD-5A-C2G-V2. -
High responsivity at 850nm, GaAs photodiode, LC ROSA with 1.5GHz bandwidth. The photodiode is designed for use in fiber optic data communication applications. -
HBFC976P30W-S high power VGB laser diode emitting up to 30W at 976nm out of a 105um core multimode optical fiber. Ideal for applications in fiber laser pumping, solid state laser pumping, direct diode material processing, biomedical. -
Highly reliable, high responsivity, 0.9um-1.7um, InGaAs quadrant PIN photodiode chip. Ideal for LIDAR, beam alignment, light spot position detection, and remote optical control applications. -
The VDOE850COB9K is an innovative 850nm VCSEL structured light dot projector designed for high-precision applications. With its unique diffractive optical element creating a dense 9,072 dots pattern, this projector enhances depth sensing and 3D imaging capabilities, making it perfect for industrial and consumer applications. -
Compact UV and near IR passively Q-switched DPSS lasers up to 300mW
Applications: UV curing, Micro-electronics, CD carving, Laser medical treatment, Scientific experiment, Laser fluorescence -
Lasermate provides laser solutions for applications in flow cytometry application with free space and pigtailed versions. Flow cytometry has been commonly used in immunology, hematology, oncology, cell biology, cytogenetics, biochemistry and other clinical and basic medical research fields. -
Lasermate Group, Inc. provides lasers for ophthalmology application. -
Lasermate provides laser solutions for Photodynamic therapy (PDT) application. -
Lasermate Group, Inc. provides different structured lasers and accessories for Particle Image Velocimetry (PIV), to allow for a total system from customers. -
Lasermate provides laser induced fluorescence laser source, optical path adjustment component, laser energy meter, power meter, laser protective goggles and other related accessories.
Lasermate Group, Inc.
19608 Camino De Rosa
Walnut, CA 91789
USA
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Contact Us
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