Scientific
Imaging Camera Model |
Cost |
|
Output(s) |
Spectral
Response |
Comments |
|
$ |
|
|
0.8-2.5 µm
|
High performance SWIR Camera with powerful
Sofradir Mars SW MCT detector(320x256 pixel
array). Unique flexibility to meet any OEM application needs
such as two-dimensional spectometry, laser beam profiling
and hyperspectral imaging. |
|
|
$
|
|
|
3.7-4.8 µm
|
High performance MWIR Camera with powerful Sofradir Mars
MW MCT detector(320x256 pixel array). Unique flexibility
to meet any appllication or OEM requirement such as
research and development, medical imaging, target signature,
and design, test and manufacturing.
|
|
|
$$
|
|
|
7.7-9.5 µm
|
High performance LWIR Camera with powerful Sofradir Mars
LW MCT detector(320x256 pixel array). Unique flexibility
to meet any appllication or OEM requirement such as
research and development, medical imaging, target signature,
and design, test and manufacturing.
|
|
|
$$
|
|
|
7.7-11.5 µm
|
High performance VLWIR Camera with powerful Sofradir Mars
VLW MCT detector(320x256 pixel array). Unique flexibility
to meet any appllication or OEM requirement such as
research and development, medical imaging, target signature,
and design, test and manufacturing.
|
|
|
$$
|
|
|
3.7-4.8 µm (M)
1.5-5.1 µm (BB)
|
High performance MWIR/BBIR Camera with powerful Sofradir
Scorpio MW MCT detector(640x512 pixel array). Unique flexibility
to meet any appllication or OEM requirement such as
research and development, medical imaging, target signature,
and design, test and manufacturing. |
|
|
$$
|
|
|
7.7-9.5 µm
|
High performance LWIR Camera with powerful Sofradir Scorpio
LW MCT detector(640x512 pixel array). Unique flexibility
to meet any appllication or OEM requirement such as
research and development, medical imaging, target signature,
and design, test and manufacturing.
|
|
|
$$$
|
|
|
3.7-4.8 µm
1.5-5.1 µm
|
High performance MWIR Camera with powerful Sofradir Jupiter
MW MCT detector(1280x1024 pixel array). Unique flexibility
to meet any appllication or OEM requirement such as
research and development, medical imaging, target signature,
and design, test and manufacturing.
|
|
$ |
|
Direct View |
0.4-1.5 µm |
Handheld IR viewer for viewing near infrared
sources out to 1.3µm and 1.55µm. |
|
$ |
|
RS-170 / CCIR |
0.4-1.9 µm
or
0.4- 2.2 µm |
Low cost SWIR video camera ideal for viewing
and profiling 1.55µm sources. Automatic/Manual. |
|
$$ |
|
RS-170 / CCIR |
0.4-1.9 µm
or
0.4-2.2 µm |
Low cost SWIR video camera ideal for viewing
and profiling 1.55µm sources, IR microscopy, forensics. Fully
adjustable. |
|
$$ |
|
14-bit Digital via LVTTL / Gig E / CameraLink™
|
8-14 µm
|
Extremely high resolution infrared imaging
camera. Features state-of-the-art 17 micron pixel pitch technology
and ultra low power consumption. Ideal for integration into
a wide range of military and COTS thermal imaging systems. |
|
$ |
|
|
8-14 µm
|
World's smallest high resolution thermal
imaging module. Features state-of-the-art 17 micron pixel
technology and ultra low power consumption. Ideal for integration
into handheld thermal imaging products and small unmanned
platforms. |
|
$$$ |
|
|
1-5 µm
3-5
µm
7-10
µm
7-13 µm
|
OEM engine for cooled infrared cameras
and payloads. Able to be custom-tailored to meet specific
requirements from a stand-alone sealed camera to an open
frame configuration. |
|
|
$$-$$$ |
|
|
1-5 µm
3-5
µm
8-14
µm |
Highest Performance Cooled IR Detectors |
|
$-$$ |
|
|
8-14 µm
3-14 µm |
High performance uncooled LWIR detectors |
