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.
