Infrared
imaging modules are designed for easy integration into
a wide range of infrared cameras and infrared imaging
systems. Uncooled engines are relatively small and
low cost and have low power and high reliability. Cooled
engines permit high performance, high sensitivity operation.
Depending on the desired configuration, a wide range
of lenses are available to match your range requirements.
These
infrared imaging modules are designed for easy
integration into a wide range of infrared imaging
systems and deliver truly exceptional sensitivity
and resolution. Select from mid and large format
MWIR cooled camera engine options. Depending
on the desired configuration, a wide range of
lenses are available to match your range requirements.
US export restrictions
apply to this product. Contact us for further
information.
D*STAR™
Software Suite
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.
Atom™
1024 - Uncooled Infrared Camera
The
ATOM™ 1024 incorporates a ULIS advanced
all silicon 1024x768 microbolometer detector
array and state-of-the-art 17 micron pixel pitch
technology to deliver extremely high resolution
in an XGA format. Because of the camera's small
compact size and low power consumption,
the ATOM 1024 is easy to integrate, and ideally
suited for a wide range of military and COTS
themal imaging systems. The ATOM 1024's short
thermal time constant produces superior thermal
image quality, even while imaging fast moving
objects, making the system an ideal choice for
handheld, ground vehicle and airborne EOIR platforms
and advanced fusion-based night vision systems.
Atom™
640 - Uncooled OEM Camera Module
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
handheld 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.
Cooled
Infrared Detectors
Designed
to meet the demands of high performance infrared
imaging product developers, these advanced infrared
detectors are based on Mercury Telluride Cadmium
(MCT) and deliver state-of-the-art sensitivity
and resolution performance. Integrated detector
dewar and cooler assemblies (IDDCAs) are available
in various spectral bands (SW, MW and LW) and
with various array sizes and pixel resolutions.
Ideal for defense and security equipment manufacturers
who design products for military, space and commercial
applications.
Designed
to meet the demands of thermal imaging product
developers, these uncooled microbolometer detectors
deliver exceptional image quality in a compact,
cost effective package. Detector arrays are available
in a variety of array sizes, including XVGA (1024x768),
VGA (640x480), QVGA (320x240) and 160x120. The
infrared detectors are ideal for miniature thermal
cameras including security cameras, thermal imagers,
pocket scopes, UAV imagers and thermal weapon
sights.
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.