The IRE-320S is an MCT-based short-wave infrared imaging system that harnesses the power of the Sofradir Mars SW focal plane array with extraordinarily high quantum efficiency performance in the spectral range 800nm to 2.5µm. It takes advantage of an optimized, high performance photovoltaic technology ideal for imaging in the short-wave infrared region beyond 1700nm. The camera offers unique flexibility to meet the needs of any OEM requirement or application including two-dimensional spectometry, laser beam profiling and hyperspectral imaging.

The camera's infrared staring detector operates in snapshot mode and has a user-adjustable variable frame and user-adjustable variable integration time.The IRE-320S can generate both corrected or uncorrected analog video output as well as 14-bit digital data. In addition, Sofradir EC offers a variety of software developer toolkits (SDKs) and command software modules for further flexibility.

The D*STAR digital storage and retrieval and image processing software suite for infrared imaging research and development applications is a feature rich, real-time image capture and thermal analysis software for the Sofradir EC IRE line of high performance infrared cameras. D*STAR features a highly intuitive user interface and a library of powerful tools that enable the sophisticated analysis of thermal behavior for a wide range of objects and materials.

Comprehensive camera controls maximize the performance of the Sofradir EC IRE infrared cameras. D*STAR features a large selection of real-time analysis tools including spot meters, line profile, region of interest analysis (circle, ellipse, box) and isotherms. Unique object parameters (emissivity, background temp) can be set for each measurement tool. And an intuitive user interface ensures you're up and runniing fast.

The ElectroViewer 7215 is a high performance, hand-held infrared viewer designed to meet the requirements for near IR laser beam finding and alignment. The ElectroViewer delivers a remarkably bright image, features and standard C-mount lens and accessories that make it the perfect tool for in-the-lab and in-the-field.

The MicronViewer is a near infrared video camera with spectral response from 0.4 to 1.9 µm (2.2 µm optional). Simple controls and compact size make the 7290 easy to use. Used by optical telecom component developers, the camera’s combination of high sensitivity, high resolution, compact size and low price have made it the world’s best selling short-wave infrared camera.

The MicronViewer 7292M is a high performance near infrared camera designed for the detection of near infrared radiation in the spectral range from 0.4 to 1.9 µm (2.2 µm optional). It is extremely useful for applications requiring high performance, flexibility and maximum stability. The camera features a separate camera head and control unit facilitating adjustments while the camera is in use. Front panel controls allow for a variety of different optimization methods. Controls for auto/manual gain and black level selection permit the maximum possible contrast enhancement for the most demanding of low contrast imaging applications. Shading controls and gamma correction permit the optimization of image uniformity.

The SSC-320M and SSC-320BB cameras are ideally suited for high performance infrared imaging in the mid-wave (3-5 µm, M model) and broad-band (1-5 µm, BB model) spectral regions. The SSC-320M/BB cameras incorporate a high sensitivity 320x256 format HgCdTe infrared detector and are designed with a sealed, rugged housing enabling a wide range of applications including tracking, target signature radiometric data collection, high speed imaging and many others.

The SSC-640M and SSC-640BB cameras are ideally suited for high performance infrared imaging in the mid-wave (3-5 µm, M model) and broad-band (1-5 µm, BB model) spectral regions. The SSC-640M/BB cameras incorporate a high sensitivity 640x512 format HgCdTe infrared detector and are designed with a sealed, rugged housing enabling a wide range of applications including high resolution tracking, target signature radiometric data collection, high speed imaging and many others.

Electrophysics offers a wide range of lenses designed for 1" C-mount cameras and viewers. In general, the lenses feature manual focus and an integrated adjustable iris diaphragm. These lenses also feature broadband lens coatings making them ideal low cost solutions for imaging in the near-infrared spectral range with reduced flare and ghosting. A C-mount Extension Tube kit is also available for those applications requiring close focus and higher magnification. Also included are two quartz objective lenses that are suitable for imaging from UV through Near-IR range. These objective lenses perform well for monochromatic imaging in the noted spectral range. It is important to note that they are not chromatically corrected for the entire spectral range.

These optical filters are perfect for many imaging applications that benefit from blocking out-of-band electromagnetic radiation while passing other wavelength regions. These filters are normally positioned in front of a camera’s objective lens or between the camera’s lens and imaging sensor. When positioned as such, the filters attenuate (by reflection and absorption) out-of-band transmission and transmit the desired spectral region. Constructed of hard, durable coatings on optical-quality substrates, these filters will withstand normal cleaning and handling associated with any high quality optical component. Custom filter wavelength characteristics and sizes are available upon request.

Velocity is a powerful real-time thermographic analysis software application designed to work with the PV320's USB 2.0 high-speed serial 16-bit real-time interface. Cost effective and simple to operate, Velocity features a comprehensive suite of temperature analysis tools including multiple spot meters, isotherms, area analysis, line profiles, radiometric variable input and time verse temperature plotting. No frame grabber is required, allowing Velocity to work with any USB 2.0 enabled notebook or desktop PC.

Thermography Studio is a feature rich, real-time image capture and thermal analysis software for the SSC line of infrared cameras. Thermography Studio features a highly intuitive user interface and a library of powerful tools that enable the sophisticated analysis of thermal behavior for a wide range of objects and materials. Thermography Studio features powerful real-time analysis tools including spot meters, line profile, area analysis and isotherms.

The PV320L is a unique broadband infrared camera that incorporates a high resolution (320x240) uncooled focal plane array and advanced features including a USB 2.0 high-speed digital output and internal automatic image calibration (AIC). The PV320L's integral zinc selenide non-fringing detector window provides the broadest possible spectral band (2-20 microns) and makes it ideal for a wide range of laser beam analysis and other broadband spectroscopy applications.

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