6.0mm plastic aspheric lens with 9.0mm BFL. PMMA construction provides high transmission for precision optics across 450–980nm.
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5.5mm PMMA aspheric lens with 2.0mm BFL, ideal for collimating 808nm IR laser beams. Compact, precise, and cost-effective.
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5.5mm PMMA aspheric lens with 1.5mm BFL. Optimized for 808nm IR laser collimation in compact, high-performance optical systems.
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5.0mm plastic aspheric lens with an extended 9.0mm BFL. Molded in PMMA for precision beam shaping in 450–980nm optical systems.
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5.0mm PMMA aspheric lens with a long 8.0mm BFL for precision beam shaping in the 450–980nm spectral range.
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5.0mm plastic aspheric lens with 6.0mm BFL. Precision-molded in PMMA and optimized for 532nm green laser applications.
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5.0mm plastic aspheric lens with a long 4.8mm BFL, molded from PMMA. Ideal for visible to NIR light collimation in compact precision optics.
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5.0mm plastic aspheric lens with a 4.0mm back focal length, made from PMMA. Ideal for precision laser collimation and optical systems in the 450–980nm range.
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5.0mm plastic aspheric lens with 2.2mm back focal length. PMMA design for compact, high-performance collimation across 450–980nm.
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Precision-molded 5.0mm PMMA aspheric lens with 2.0mm BFL. Designed for compact optical systems operating in the 450–980nm wavelength range.
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5.0mm plastic aspheric lens with 1.7mm back focal length, made from PMMA. Ideal for collimating 450–980nm light in compact optical systems.
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5.0mm PMMA aspheric lens with 12.0mm back focal length. Designed for precise, long-range beam collimation across 450–980nm wavelengths.
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5.0mm PMMA aspheric lens with a long 10.0mm BFL, ideal for laser collimation and optical alignment in the 450–980nm range.
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4.5mm PMMA aspheric lens with 2.06mm BFL, optimized for 808nm IR lasers. Ideal for compact beam collimation and optical integration.
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4.5mm PMMA aspheric lens with 1.5mm BFL. Designed for collimating 808nm IR laser beams in compact optical systems.
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High-performance 4.3mm plastic aspheric lens with 8.0mm BFL. PMMA construction for visible to NIR collimation in compact laser and optical systems.
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3.0mm plastic aspheric lens with 2.0mm BFL, made of PMMA. Designed for compact collimation systems across 450–980nm wavelengths.
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Compact 3.0mm plastic aspheric lens with 1.5mm back focal length. Made from PMMA and designed for high-quality collimation across 450–980nm.
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3.0mm plastic aspheric lens with 1.0mm BFL, made from PMMA. Designed for 450–980nm laser collimation and compact optical modules.
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Precision 2.9mm plastic aspheric lens with 2.9mm BFL, made of PMMA. Supports 450–980nm wavelength range for compact optical systems and laser collimation.
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Compact 2.5mm plastic aspheric lens with 2.0mm back focal length, made from PMMA. Optimized for 450–980nm laser collimation and optical applications.
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High-precision 2.2mm plastic aspheric lens with 2.2mm back focal length. Made of PMMA, suitable for 450–980nm wavelengths. Ideal for miniaturized optical systems.
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Miniature plastic aspheric lens (2.2×1.5mm) with 1.5mm back focal length. Made of PMMA and supports 450–980nm wavelengths. Ideal for laser, sensor, and compact optics.
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High-precision 2.2mm plastic aspheric lens with 1mm BFL, made of PMMA. Supports a wide spectral range from 450nm to 980nm for versatile optical applications.
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Lightweight plastic aspheric lens with 7.9mm focal length and 0.3 NA, AR coated for 670nm. Designed for precise laser collimation in compact systems. -
5.0mm COC aspheric lens with 4.35mm BFL. Ideal for precision beam control and laser collimation across the 450–980nm wavelength range.
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5.0mm aspheric plastic lens with 2.3mm BFL, made from high-clarity COC. Designed for precision optical systems using 450–980nm light.
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5.0mm aspheric plastic lens with 1.8mm BFL, made from COC. Ideal for collimating or focusing light in the 450–980nm range with glass-like optical performance.
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5.0mm plastic aspheric lens with 1.1mm BFL, made from COC. Designed for high-precision optical systems operating between 450–980nm.
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2.9mm COC aspheric lens with 2.5mm back focal length. Optimized for 450–980nm, offering glass-like optical performance in compact applications.
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Precision-molded 2.5mm plastic aspheric lens with 1.5mm BFL, made from COC. Excellent optical clarity for use across 450–980nm in compact optical systems.
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High-performance 2.2mm plastic aspheric lens with 1.5mm BFL, made from COC for excellent optical clarity. Ideal for 450–980nm laser and sensor applications.
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A lightweight 7mm plastic aspheric lens providing excellent beam collimation and optical performance. An ideal alternative to traditional glass optics. -
CC2 laser safety glasses feature an amber polycarbonate filter with 24% VLT for reliable laser protection. CE certified, these glasses come in multiple frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring a comfortable and stylish fit for all wearers. -
CC1 laser safety glasses feature an orange polycarbonate filter with 49% VLT for effective laser protection. CE certified, these glasses come in a variety of frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring a comfortable and stylish fit for every wearer. -
C15F-5B-C2G is a 1550nm, 5mW, Fabry-Perot FP laser diode, TO-can, designed for use in telecommunication applications. -
C15F-5A-C2G is a 1550nm, 5mW, Fabry-Perot FP laser diode, TO-can, designed for use in telecommunication applications.
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The C15D-5A-C6G is a 1550nm DFB laser diode in a TO-can package with an aspherical lens, supporting up to 6.25Gbps for high-speed optical communication and sensing applications. -
The C15D-5A-C2G is a 1550nm DFB laser diode housed in a TO-can package with an aspherical lens, designed for precision and efficiency in optical communication and sensing systems.
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C13F-5A-C2G is a 1310nm, 5mW, Fabry-Perot FP laser diode, TO-can, designed for use in telecommunication applications.
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The C13D-5B-C25G is a high-speed 1310nm DFB laser diode in a TO-56 package with ball lens, delivering up to 25Gbps data rates, ideal for next-gen optical communication and high-speed data transmission applications. -
High-performance 1310nm DFB Laser Diode in TO-Can package, equipped with an aspherical lens. Ideal for 1.25/2.5Gbps optical communication applications.
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The C13D-5A-C25G is a high-speed 1310nm DFB laser diode in a TO-56 package with aspherical lens, delivering up to 25Gbps data rates, ideal for next-gen optical communication and high-speed data transmission applications.
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BTL laser safety glasses feature a green polycarbonate filter with 36% VLT for reliable laser protection. CE certified, these glasses come in a variety of frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring a comfortable and stylish fit for every wearer. -
BGR laser safety glasses feature an amber polycarbonate filter with 29% VLT for reliable laser protection. CE certified, these glasses come in multiple frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring a comfortable and stylish fit for every wearer. -
AXX laser safety glasses feature a pink polycarbonate filter with 33% VLT for effective laser protection. CE certified and available in multiple frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring a comfortable and stylish fit for every wearer.
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AST laser safety glasses feature an aqua polycarbonate filter with 35% VLT for reliable laser protection. CE certified and available in a variety of frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring a comfortable and stylish fit for all wearers. -
ARG laser safety glasses feature an orange polycarbonate filter with 48% VLT for reliable laser protection. CE certified and available in a variety of frame styles, including fit-over, wraparound, goggles, and pediatric, ensuring a comfortable and stylish fit for every wearer. -
- High responsivity from 0.95um to 1.65um
- High speed response in a thermoelectric-cooled TO-46 with flat window
- High reliability, low leakage current and noise
- ≥800MHz 3dB bandwidth
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- High responsivity from 0.95um to 1.65um
- High speed response in a TO-46 can with flat window
- High reliability, low leakage current and noise
- ≥700MHz 3dB bandwidth
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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. -
The Lasermate APD-A13P6-25GA3 is a 25Gbps InGaAs avalanche photodiode with an integrated transimpedance amplifier, designed for high-performance fiber optic communication in the 1260nm-1600nm wavelength range. Housed in a TO-46 package with an aspherical lens, it supports data rates up to 25.78125Gbps and operates with a single +3.3V power supply. -
The Lasermate APD-A13P5-2GC3 is a high-speed 2.5Gbps InGaAs avalanche photodiode with an integrated transimpedance amplifier. Designed for Gigabit-Capable Passive Optical Networks (GPON) and long-wavelength fiber optic communication, it comes in a TO-46 package, supporting +3.3V operation for high-performance applications. -
The Lasermate APD-A13P5-1MC3 is a high-performance 155Mbps InGaAs avalanche photodiode with an integrated transimpedance amplifier. Ideal for fiber optic data communication, it offers high-speed response and a compact TO-46 package, optimized for long-wavelength applications with a single +3.3V power supply.
