The ATOM 320 combines state-of-the-art electronics and uncooled infrared detector into the world’s smallest thermal imaging module. Consuming less than 0.8 W, and with a total volume of approximately 6 in³, the ATOM 320 high performance thermal imager is ideal for integration into hand held thermal imaging product and small unmanned platforms. Available in both military and commercial qualified models, the ATOM 320 delivers exceptional image quality and includes a rich set of software features and user interface options.

The ATOM™ 640 integrates advanced miniaturized electronics and state of the art 17 micron pixel technology into the world’s smallest high resolution thermal imaging module. Consuming less than 1 W and with a total volume of approximately 6 in³, the ATOM 640 high performance thermal imager is ideal for integration into hand held thermal imaging product and small unmanned platforms. Available in both military and commercial qualified models, the ATOM 640 delivers exceptional image quality and includes a rich set of software features and user interface options.

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.

The SSC-320L infrared camera is ideally suited for high performance infrared imaging in the long-wave (7-10 µm) spectral range. The SSC-320L camera incorporates a high sensitivity 320x256 format HgCdTe infrared detector and is designed with a sealed, rugged housing enabling a wide range of applications including tracking, cold temperature work, target signature radiometric data collection, high speed imaging and infrared imaging spectroscopy.

The SSC-320VL infrared camera is ideally suited for high performance infrared imaging in the very long-wave (7-13 µm) spectral range. The SSC-320VL camera incorporates a high sensitivity 320x256 format HgCdTe infrared detector and is designed with a sealed, rugged housing enabling a wide range of applications including tracking, cold temperature work, target signature radiometric data collection, high speed imaging and infrared imaging spectroscopy.

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.