SWIR cameras are useful tools for infrared imaging applications where infrared spectrum provides much more information than visible (quality control, electronics, spectroscopy, agriculture, surveillance, reconnaissance) and high temperature thermal imaging applications, where object temperatures are above 150°C. Some examples of these applications include industrial furnace monitoring, hot end glass bottle inspection, and detection of slag impurities in molten metal, etc.
Flexible SWIR MCT camera — Xeva-2.5 (850 to 2500 nm)
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Xeva-2.5 unit is a compact digital camera, operating a HgCdTe detector array (up to 2.5 μm) with 320×256 pixel resolution. It outputs 14 bit data and comes in a 60 Hz, 100 Hz or 200Hz versions.The camera interfaces to a PC via standard USB 2.0 or CameraLink and comes with a custom frame grabber card or can interface to standard frame grabber cards such as the NI-1428.
Having advanced thermo-mechanical design Xeva-2.5 achieves excellent performance levels using a TE4-cooled device operating down to 200K or below.
Applications — art inspection, R&D, hyperspectral imaging, semiconductor inspection, thermal imaging of hot objects (in the 200°C to 800°C range), laser beam profiling, vision enhancement (automotive or airborne applications), on-line process control, medical applications, paper pulp processing, etc. |
Ultra high-speed Cheetah-640 (900-1700nm or 400-1700nm) with onboard memory
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The Cheetah-640 camera is the fastest InGaAs infrared camera in the world. This unit is equipped with a dedicated high-speed InGaAs detector array working up to 1.7 μm and comes in a 400 and 1700 Hz speed version. It allows you to visualize the ultra high- speed features of your specific research application. The camera records images into 16 GByte of internal memory, which allows for up to 8 seconds of recording at full speed. Interfacing with the PC is done via GigE or CameraLink. The camera is delivered with a graphical user interface Xeneth, which offers direct access to various camera settings. The software tools also features two-point uniformity correction and bad pixel replacement.Applications — high-speed imaging, hyperspectral imaging, thermal imaging of hot objects (in the 200°C to 800°C range), imaging in SWIR range, medical applications, adaptive optics, etc. |
High speed SWIR InGaAs camera — Cheetah-640CL (900-1700nm or 400-1700nm)
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The Cheetah-640CL camera is the fastest SWIR infrared camera in the world! This unit is equipped with a dedicated high speed InGaAs detector array working up to 1.7 μm and comes in a 120, 400 and 1730 Hz speed version. It allows you to visualize the ultra high-speed features of your specific research application. The Cheetah-640CL also offers the flexibility to use multiple C-Mount lenses, and therefore will bring your high speed imaging capabilities to the next performance level!The camera is now also available with TE3-cooling to further reduce dark current.
Applications — Research and Development, wavefront sensing for adaptive optics, hyperspectral SWIR imaging, thermal imaging of fast hot objects (300°C to 800°C range), medical (OCT), situational awareness: SWIR flash detection, laser gated imaging at 15xx nm, semiconductor inspection, etc. |
Versatile SWIR InGaAs camera — Xeva-1.7 (900 to 1700 nm or 400 to 1700nm)
Rent available
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Xeva-1.7 is an SWIR camera that employs a 320×256 InGaAs or 640×512 FPA for imaging in the 900 to 1700 nm wavelength range (optionally 400 to 1700 nm).The camera allows for exposure times from 1 μs to more than 20s (with TE3 cooling), to give optimum image quality, flexibility and sensitivity under extremely varying imaging conditions.
The compact Xeva-1.7 camera comes with USB2.0 and CameraLink (Base) communication as standard.
Applications — laser beam profiling at 13xx and 15xx nm, photon emission microscopy (TE3 version), surveillance, seeing through smoke, dust, haze, etc., night glow imaging, thermal imaging for high temperatures (>150°C), semiconductor inspection, seeing through silicon, solar cell inspection (luminescence), laser range gated imaging at 15xx nm, imaging of designation and range finding lasers, camouflage detection, wavefront sensing for adaptive optics, hyperspectral SWIR imaging, art inspection (seeing through paint), etc. |
Compact SWIR InGaAs camera — XS (900 to 1700 nm or 400 to 1700nm)
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The XS camera uses an uncooled SWIR InGaAs FPA sensor, developed by Xenics, for imaging in the 900 to 1700 nm wavelength range (optionally 400 to 1700 nm).The camera allows for exposure times from 1 μs to more than 100 ms, to give optimum image quality under varying conditions.
The light-weight and very compact XS camera comes with USB2.0 communication as standard and exhibits a very low power consumption.
Applications — laser beam profiling at 13xx and 15xx nm, surveillance, seeing through smoke, dust, haze, thermal imaging for high temperatures (>150°C), semiconductor inspection, seeing through silicon, laser range gated imaging at 15xx nm, imaging of designation and range finding lasers, camouflage detection, wavefront sensing for adaptive optics, hyperspectral SWIR imaging, etc. |
Smart SWIR InGaAs camera — Bobcat (900 to 1700 nm)
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With superior image quality Bobcat is available as a complete digital infrared camera system with an embedded Digital Signal Processor (DSP) for intelligent real-time image processing reducing overall cost. A very compact housing enables easy system integration. In addition, Bobcat comes with analogue and digital interfaces.With Bobcat SWIR camera you can look through glass, so standard available C-Mount lenses and protective camera housings can be used. This makes the camera affordable for a wide variety of industrial applications.
Applications — waste sorting, food inspection, on-line quality control, night vision, hyperspectral imaging, enhanced vision systems, industrial machine vision, R&D, thermal imaging of hot objects (300°C to 800°C range), etc. |
High-speed SWIR line scanners (900 to 1700 nm or 850 to 2500 nm)
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With three resolution options ranging from 512, 1024 up to 2048 pixels Lynx line scanner offers worldwide the highest SWIR resolution at pixel formats from the smallest in the world of 12.5×12.5 μm2 to 250 μm high rectangular pixels. In addition, Lynx features a high line rate of up to 40 kHz (1.024-pixel version) and 10 kHz (2.048-pixel version).Xeva Lin digital line scan camera offers resolution of 128, 256, or 512 pixels and is available in both 900 to 1700nm and 850 to 2500nm options. It is operated from a single 12V-5A power supply and includes all voltage regulating circuits, a temperature stabilization circuit for the cooling of the detector and the signal output analogue to digital conversion. The camera head interfaces to a PC via USB 2.0 or CameraLink and is available in various speed versions.
Applications — spectroscopy, medical (OCT), machine vision, web processing, food inspection, agriculture monitoring, moisture measurement, biomedical & chemical applications, pollution and environment monitoring, semiconductor process monitoring, non- destructive testing, non-contact thermography, earth observation (space, airborne), etc. |
Handheld Viewer — ElectroViewer 7215
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The ElectroViewer 7215 is a high performance, hand-held infrared viewer designed to meet the requirements of viewing in the near IR wavelength range. Unlike other infrared imaging devices, the ElectroViewer delivers an image that is remarkably bright. With focusing ability as close as 3 inches, the ElectroViewer is the perfect tool for in-the-lab and in-the-field. |
Infrared Sensitive Cards
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These easy-to-use cards consist of an IR-sensitive phosphor material (2″x 2″) laminated in clear plastic. After being exposed to room light (400-500nm) for about one minute (for activation of the phosphor), these cards will emit a visible glow when illuminated by near-infrared radiation. The intensity of the glow depends on the intensity of the infrared illumination. Applications include: laser beam finding, alignment and beam-sizing approximation, IR remote control troubleshooting, IR security system alignment and testing. |
Infrared Camera — MicronViewer 7290
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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 |
High Performance — Infrared Camera — MicronViewer 7292M
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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. |
Low Light EMCCD Cameras
If you seek leading-edge solutions for infrared imaging, we can help! We’re pleased to offer infrared cameras and related accessories for a variety of scientific imaging applications including: IR Inspection for Design, Test and Manufacturing, R&D, Target Signature Measurement and Tracking, laser beam viewing and profiling, NDT, hyperspectral and gas imaging, remote sensing as well as body temperature detection and medical imaging.
Raptor Merlin EM247 — low light and NIR
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Merlin EM247 designed and manufactured by Raptor Photonics, offers the latest sensor technology. Featuring the Texas Instruments interline frame transfer EMCCD monochrome or colour sensor, Merlin offers pixels resolution of 658×496, with pixel size of 10μm x 10μm.The USB output is used to configure the camera but also to output digital images when used with our RaptorVision SDK. This light-weight, compact camera includes RS485 & RS232 communication, enabling easy remote control communication. |
Digital Monochrome High Resolution EMCCD Camera (black & white)
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The smallest and the most rugged 1 MP digital EMCCD camera in the world FALCON EMCCD combines high sensitivity, speed and high resolution (1004×1002). It uses Texas Instruments’ 1MegaPixel Frame Transfer Impactron device which provides QE up to 65%.FALCON EM285 comes with a standard CameraLink output. Easy to integrate, the camera is aimed primarily at extreme low light imaging applications, such as hyperspectral, X-ray imaging or Astronomy. |
Analogue and Digital Colour EMCCD Cameras
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The new HAWK cameras from Raptor Photonics Ltd. are the smallest and most rugged EMCCD cameras in the world. They have been specifically designed for integration into imaging system such as small EO/IR surveillance platforms. They are small, lightweight and low power and are therefore ideal cameras for OEM and integrators.HAWK EM246 features:
- Color EMCCD technology enables high sensitivity colour imaging;
- 658×496 pixels resolution with pixel size of 10µm x 10µm;
- No Fan — ideal for integration and discrete low light surveillance;
- Ultra low power consumption — less than 5W;
- Ultra compact size — easy integration into UAV, handheld or robotic systems;
- Single rugged connector at the back: 12V;
- Light weight (<150g).
Applications — day & night passive surveillance: airport, ports, government buildings, power plants, border control, airborne EO systems, long range target identification. |
Analogue and Digital Monochrome EMCCD Cameras (black & white)
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Analogue and Digital monochrome EMCCD cameras HAWK EM247 offer the latest sensor technology providing unprecedented day-night surveillance performance. Featuring the Texas Instruments Black & White interline frame transfer EMCCD sensor, the HAWK EM247 offers pixels resolution of 658 x 496, with pixel size of 10µm x 10µm.The HAWK EM247 series is the most compact, rugged and low power EMCCD camera in the world. It offers an electronic shutter, allowing exposure time from 500 µs to 1/60s (NTSC) to give optimum image quality in all conditions.
Applications — sophisticated surveillance tasks of government buildings, airports, ports and border control, where passive imaging is required. |
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