Medium wrap-around laser safety glasses with sleek styling and 8 base lens curvature for full protection. Available in black or white. CE certified.
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Medium universal-fit laser safety frame with adjustable temples and excellent side coverage. Comfortable over prescription glasses or worn alone. Available in black or white. -
Small universal-fit laser safety frame with side-shields, designed for use over prescription glasses or alone. CE certified with approved filters. -
The FPA30M32917T is a 320x256 InGaAs image sensor with a 2-stage TEC, optimized for 0.9–1.7µm near-infrared imaging. It offers >99.5% pixel operability and >70% quantum efficiency for high-precision imaging applications. -
The FPA30M32917C is a 320x256 InGaAs near-infrared image sensor with 1-stage TEC, optimized for 0.9–1.7µm spectral range, offering >99.5% pixel operability and >70% quantum efficiency for reliable imaging and inspection. -
The FPA30M321222T is a 320x256 InGaAs SWIR focal plane array with 2-stage TEC, optimized for 1.2–2.2µm imaging. It features >98% pixel operability, >65% quantum efficiency, and versatile readout modes for advanced imaging applications. -
The FPA30M321119T is a 320x256 InGaAs SWIR focal plane array with 2-stage TEC, optimized for 1.1–1.9µm imaging. It delivers >99% pixel operability, >70% quantum efficiency, and advanced readout modes for precision applications. -
The FPA30C32917 is a 320x256 InGaAs focal plane array with 0.6–1.7µm spectral coverage, lightweight 44CLCC package, high operability, and quantum efficiency >70%, enabling reliable VIS to NIR imaging and inspection. -
The FPA25M64917T is a cooled 640x512 InGaAs focal plane array for 0.9–1.7µm near-infrared imaging. Featuring high sensitivity, embedded 2-stage TEC, and >99.5% pixel operability, it supports applications in spectroscopy, inspection, surveillance, and scientific imaging. -
The FPA25M64917C is a cooled 640x512 InGaAs focal plane array for 0.9–1.7µm near-infrared imaging. Featuring high sensitivity, embedded 1-stage TEC, and >99.5% pixel operability, it supports applications in spectroscopy, inspection, surveillance, and scientific imaging. -
The FPA15M64917T is a high-performance 640x512 InGaAs focal plane array with 0.9–1.7µm spectral response, 2-stage TEC cooling, and exceptional sensitivity for near-infrared imaging and advanced industrial, medical, and scientific applications. -
The FPA15M64917C is a high-performance 640x512 InGaAs focal plane array with 0.9–1.7µm spectral response, 1-stage TEC cooling, and exceptional sensitivity for near-infrared imaging and advanced industrial, medical, and scientific applications. -
The FPA15M641119T is a high-performance 640x512 InGaAs shortwave infrared (SWIR) focal plane array with TEC cooling, optimized for imaging and inspection across the 1.1–1.9µm range. -
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 FPA15M128917T is a cooled 1280x1024 InGaAs focal plane array for 0.9–1.7µm imaging. Featuring a 2-stage TEC, >99.5% pixel operability, and >65% quantum efficiency, it enables high-resolution NIR imaging for industrial, scientific, and defense applications. -
The FPA15C64917 is a 640x512 InGaAs near-infrared (NIR) focal plane array covering the 0.9–1.7µm spectral range. It offers room-temperature operation, >70% quantum efficiency, and >99.9% pixel operability, making it ideal for high-performance imaging in defense, industrial, medical, and scientific applications. -
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. -
Single frequency CW fiber laser at 1064nm and 1550nm
Applications: Acoustic and seismic sensing, Medical cosmetology, LIDAR, Metrology, Wind sensing, Security, Experimental research -
Mode-locked picosecond pulsed fiber lasers up to 2000mW, <10ps
Applications: Laser processing, Scientific research, TCSPC, Picosecond processing, Laser radar, Precision marking, Precision drilling, Life science, Precision etching, Microelectronics -
High frequency nanosecond pulsed fiber laser up to 10000mW, <50ns
Applications: Scientific research, Laser processing, Laser drilling, Glass engraving, Laser radar, Laser ranging, 3D scanning, Telemetry, Medical, Cosmetology, Holography, Spectrum analysis, Scientific experiment, Optical instrument, Interference, Security -
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 -
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 -
The FL34 Laser Safety Glasses provide effective laser protection with a blue polycarbonate filter and 11% visual light transmission (VLT). These glasses meet ANSI Z136.1 safety standards for optimal safety and performance. -
The Power Meter is a handy tool mainly used for checking the signal output power of the optical communication equipment in fiber optic networks, especially for FTTH & fiber optical network constructions. It measures the average power of a continuous light beam which is emitted from the equipment or other optic sources. -
The FG1 Laser Safety Glasses feature a clear glass filter, providing effective laser protection with a 75% VLT. CE certified and ANSI Z136.1 compliant, these glasses come in a variety of frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring both safety and comfort for every user. -
Super high power fiber coupled diode lasers from 375nm to 980nm up to 200 W
Applications: Pumping, Scientific research, Industrial, Medical -
High power fiber coupled diode lasers from 375nm to 660nm up to 50 W
Applications: Pumping, Scientific research, Industrial, Medical -
High power fiber coupled diode lasers from 1060nm to 1940nm up to 30 W
Applications: Pumping, Scientific research, Industrial, Medical -
High power fiber coupled diode lasers from 793nm to 980nm up to 40 Watts
Applications: Pumping, Scientific research, Industrial, Medical -
The FC-SL-X-NFY fixed focus fiber collimator with aspherical lens is designed to accept FC/PC or SMA905 type connectors and collimate light exiting a fiber to a desired beam diameter. -
The FC-SL-X-AFY adjustable focus fiber collimator with spherical lens is designed to accept FC/PC or SMA905 type connectors and collimate light exiting a fiber to a desired beam diameter.
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The FC-AL-X-NFY fixed focus fiber collimator with spherical lens is designed to accept FC/PC or SMA905 type connectors and collimate light exiting a fiber to a desired beam diameter. -
Fiber coupled integrated multi-wavelength laser up to 6 wavelengths with multimode fiber coupling
Applications: Medical, Biomedical, Industrial -
The ERB Laser Safety Glasses feature a clear polycarbonate filter, delivering effective laser protection with a 92% VLT. CE certified and ANSI Z136.1 compliant, these glasses are available in multiple frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring both safety and comfort for every user. -
The ELX Laser Safety Glasses feature a green polycarbonate filter, ensuring reliable laser protection with a 7% VLT. CE certified, these glasses are available in multiple frame styles, including fit-over, wraparound, goggles, and pediatric, providing both safety and comfort for every user. -
The ELP Laser Safety Glasses feature a red polycarbonate filter, providing reliable laser protection with a 13% VLT. Compliant with ANSI Z136.1 safety standards, these glasses are available in multiple frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring both safety and comfort for all users. -
Non-gaussian flat-top beam fiber coupled lasers with even energy distribution spot
Applications: Medical treatment, Ultraviolet curing, Fluorescence detection, Criminal investigation, Scientific research. -
The EC3 Laser Safety Glasses feature a clear polycarbonate filter, offering reliable laser protection with a 90% VLT. CE certified, these glasses are available in multiple frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring both safety and comfort for every user. -
The EC2 Laser Safety Glasses feature a clear polycarbonate filter, ensuring reliable laser protection with a high 93% VLT. CE certified, these glasses come in various frame styles, including fit-over, wraparound, goggles, and pediatric, providing both safety and comfort for all users. -
The DYG Laser Safety Glasses feature a green polycarbonate filter, providing reliable laser protection with a 15% VLT. CE certified, these glasses come in multiple frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring both safety and comfort for all users. -
The DYE Laser Safety Glasses feature a purple polycarbonate filter, ensuring effective laser protection with a 15% VLT. CE certified, these glasses come in a variety of frame styles, including fit-over, wraparound, goggles, and pediatric, providing both safety and comfort for every user. -
The DY7 Laser Safety Glasses feature a purple polycarbonate filter, offering reliable laser protection with a 23% VLT. Compliant with ANSI Z136.1 safety standards, these glasses come in multiple frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring both safety and comfort for every user. -
The DY6 Laser Safety Glasses feature a purple polycarbonate filter, offering reliable laser protection with a 23% VLT. Adhering to ANSI Z136.1 safety standards, these glasses come in multiple frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring both safety and comfort for all users. -
The DY5 Laser Safety Glasses feature an aqua polycarbonate filter, providing reliable laser protection with an 8% VLT. CE certified, these glasses are available in multiple frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring both safety and comfort for every user.
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The DY4 Laser Safety Glasses feature a purple polycarbonate filter, offering reliable laser protection with a 14% VLT. CE certified, these glasses come in a variety of frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring both safety and comfort for all users. -
The DY3 Laser Safety Glasses feature an aqua polycarbonate filter, providing reliable laser protection with a 36% VLT. CE certified, these glasses are available in multiple frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring both safety and comfort for all users. -
The DY2 Laser Safety Glasses feature a blue polycarbonate filter, offering reliable laser protection with a 14% VLT. CE certified, these glasses come in multiple frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring both safety and comfort for all users.
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The DWM65854FA3 is a dual-wavelength coaligned laser module featuring 650nm and 850nm wavelengths. With a compact ⌀15mm housing, this high-performance module delivers accuracy and reliability for a variety of industrial and scientific uses. -
The DWM65851FA3 is a dual wavelength coaxial laser module emitting aligned 650nm red and 850nm infrared beams. It features 0.5–0.99mW output per wavelength, <2mrad beam divergence, and operates on 3VDC within a 0–50°C temperature range.
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The DWM51854FA6 is a dual-wavelength coaligned laser module featuring 520nm (green) and 850nm (NIR) wavelengths. This compact, high-performance module is ideal for a range of industrial, research, and scientific applications, offering reliable and precise output. -
The DWM51851FA6 is a dual wavelength coaxial laser module combining 520nm green and 850nm infrared beams with <2mrad divergence, 0.5–0.99mW output, and 6VDC operation. Ideal for applications requiring aligned visible and IR beams.
