Image Intensifiers
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Product
Image Intensifiers
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Image intensifier tubes (IITs) are vacuum tubes that amplify a low light-level image to observable levels. Image intensifier tubes are the most important modules of night vision devices that play crucial role in defense/security/industrial applications.Technology of manufacturing of image intensifier tubes is very difficult and performance parameters of modern IITs varies even within the same technological process. Next, test report offered by manufacturers cannot be fully trusted because there are some differences in test methods used by different manufactures. Further on, there are literature sources presenting conflicting claims of different manufacturers. It is quite common to find on the world market two night vision devices (or two image intensifier tubes) of the same data sheet parameters but of totally different image quality. Inverse situation is possible, too. Due to reasons mentioned above testing image intensifier tubes is of critical importance for both their manufacturers, manufacturers of night vision devices (NVDs) and final users of NVDs.
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Commercial Grade Image Intensifier Tubes
ECHO Series
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The commercial grade image intensifier tubes are used to amplify low light level images in a wide light spectrum for civil applications.Discover ECHO the high performance commercial image intensifier by Photonis. The ECHO technology is the commercial grade image intensififier tube by Photonis, offering two high performance grades to the commercial market for civilian users.ECHO image intensifier tubes serve many night vision applications for users that require good range and details at night andmaking them perfect for sport shooters, hunters, airsoft practioners and night vision enthusiasts.
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Measuring Systems For Night Vision Systems
MTF Test Bench For Image Intensifier Tubes (IIT) And Night Vision Devices (NVD)
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Optik Elektronik Gerätetechnik GmbH
The MTF MASTER NVD was specially designed to measure the MTF of Night Vision Devices (NVD) and of Image Intensifier Tubes (IIT).
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X-ray Camera
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Up until the introduction of SID-A50, X-ray inspection systems has been using detectors such as Image Intensifier (I.I.) and C-MOS Flat Panel Detectors, which needs to convert X-ray into optical light first, in order to visualize X-ray.These Indirect Conversion Method X-ray Detectors comes with multitude of issues. These problems include but not limited to; Low Sensitivity, Fuzziness, Time Degradation, Inadequate Life
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Product
Measuring Systems For Night Vision Systems
MTF Master IIT
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Optik Elektronik Gerätetechnik GmbH
Measuring system for MTF, SNR and EBI of Image Intensifier Tubes (IIT). The MTF MASTER IIT was specially developed to classify the quality of image intensifier tubes by the objective criteria of the MTF (Modulation Transfer Function).
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Product
Measuring Systems For Night Vision Systems
Visual Resolution Test Of Image Intensifiers
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Optik Elektronik Gerätetechnik GmbH
Visual evaluation of image intensifier tubes with regard to resolution and image quality.
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Product
Imaging
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Welcome to Thorlabs; below you will find links to our imaging systems and components. The products below are not only designed specifically for imaging applications, but they can be easily integrated into our entire line of photonics products. This makes it easy to modify or build custom imaging systems. Thorlabs’ Selection of Imaging Systems consists of our Laser Scanning Microscopy systems and OCT Imaging Systems.
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Product
Themal Imagers
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Shenzhen Noyafa Electronic CO.,LTD
Noyafa Themal Imager pursues the ultimate thermal imaging technology with continuous innovation, 2 million visible light pixels, 1024 thermal imaging pixels are clearly visible, providing high-resolution thermal information, and can operate safely and efficiently.Built for daily use, it is widely used in schools, factories, office buildings, etc.
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Product
In Vivo Imaging
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Introducing two NEW systems in the IVIS® Lumina™ preclinical in vivo imaging instrument family, the IVIS Lumina S5 and the Lumina X5. The IVIS Lumina S5 2D optical imaging system combines high sensitivity optical and patented spectral unmixing capabilities in a high-throughput system. The IVIS Lumina X5 has all the features of the S5 with integrated high-resolution x-ray.
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Imaging Colorimeters
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Westboro Photonics offers high resolution, high performance imaging colorimeters to meet the needs of manufacturers for several key applications: Computer and cell phone keyboards: automatic measurement, identification and pass/fail analysis for luminance and chromaticity of backlit glyphs and other lit elements. Beam pattern analysis of the luminous intensity distribution of lamps and LEDs. Avionic light plate panel balancing. Transportation, architectural and municipal lighting and signage.
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Imaging
SLA64 (Preliminary)
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A 1 x 64 element silicon-based thermopile array. Each active area is 0.45mm x 2.0mm with a time constant of 42ms and a low Temperature Coefficient of Responsivity of -0.06%/C. It is packaged in a 68-pin QIP. Includes internal 30k 5% NTC chip thermistor provides ambient package temperature measurement. See Thermistor Options p/n: MT04.
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Terahertz Imagers
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Terahertz imagers represent a groundbreaking technological innovation in the realm of imaging, utilizing terahertz radiation to visualize and explore objects and structures that are otherwise hidden from view.
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Intensified Cameras
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Excelitas offers a broad range of single to multi-channel image intensified cameras through our renowned pco.dicam series. With extreme short exposure times down to 2.5 ns, our pco.dicam cameras offer the ability to precisely address ultra-fast processes far beyond the capabilities of any other camera type. Featuring state-of-the art scientific CMOS sensor technology, our pco.dicam intensified cameras combine high resolution, fast frame repetition rates, 16-bit dynamic range and extreme sensitivity for efficient single photon detection.
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Product
Imaging Automation
XImage
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Whether you are a Microsoft Authorized Refurbisher, Microsoft Registered Refurbisher or just getting started in refurbishing, Erasure, Test and Re-Imaging are a must to get the most out of your assets. The problem is that until now, this required a big work force. One group to perform the testing and visual inspection, one group to perform erasure, someone to create and manage all your images and substantial knowledge on how to automate and deploy those images. Even with all of these bases covered, it can still be a complicated, time consuming task. Not to mention the fact that it is typically done in a separate process from data erasure, testing and auditing.
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Submicron Particle Imaging
FlowCam Nano
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Yokogawa Fluid Imaging Technologies, Inc.
FlowCam Nano is the next-generation dynamic image analysis instrument for submicron particle imaging and sizing in real-time. FlowCam Nano extends subvisible particle analysis to detect objects between 300 nanometers and 2 micrometers - the smallest visible with light microscopy.
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Product
Hyperspectral Imaging Spectrometer
Hyperspectral PoliSpectra® H116
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HORIBA has developed a unique hyperspectral imaging spectrometer with an integrated scientific CMOS camera (12-16 bit) featuring HDR (95dB Dynamic Range and 1.7e- noise) and 95% Q.E peak efficiency:PoliSpectra® H116 features broad UV-NIR coverage in one acquisition (185-1050 nm) combined with the highest spectral resolution (<1 nm).
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Thermal Imagers & Systems
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Advanced Energy’s turn-key thermal imagers and systems accurately measure temperature and use reliable infrared technology. These high-tech instruments can precisely determine the temperature and temperature distribution of small and fast-moving objects.
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SWIR Image Sensors
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Though NIR and SWIR act similarly to visible light, they are not visible to the human eye. As a result, these spectrums present valuable information which can show artifacts or damage that would otherwise not be seen. Click here to see some examples of how SWIR is being used in existing applications today.
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Product
Mass Spectrometry Imaging
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Bringing together the powerful technologies of MALDI and DESI to discover, identify and measure a broad range of molecular targets in a single system solution with dedicated acquisition, processing, and visualization software. *More comprehensive, detailed information than from any individual imaging technique *Maximum information from minimal sample *Definitively and objectively interpret molecular distribution information*Intuitive, integrated software suite covering the full MS imaging workflow *Flexibility to adapt to changing day-to-day priorities and future needs *Single vendor for total system support
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Product
Imaging Scanning Monochromator
H1034
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HORIBA Scientific OEM has developed a high-throughput imaging scanning monochromator based on an aberration-corrected concave holographic grating with low stray light and high efficiency. This proprietary layout with single optics design is ideal for imaging for low-light applications. It features a 3-position external filter wheel, TTL drive electronics, 4-phase stepper motor and associated worm/gear 90:1 ratio mechanism, encoded, aligned and focused at factory.
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Advanced Imaging CMOS Image Sensors
AI Series
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Focusing on high-end imaging series CMOS image sensors for new security applications based on customer needs
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Fluorescence Imaging
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A next-generation fluorescence lifetime imaging microscopy (FLIM) camera that simplifies FLIM for researchers and imaging centers by combining excellent light sensitivity with easy image acquisition and data analysis.
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Terahertz Imagers
T-SENSE
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The Terahertz imager T-SENSE ® visualizes enclosed hazardous substances precisely in letters as well as small parcels safely and effectively.The process is safe, fast and without risk to the health of the user. Unlike conventional visualizing processes such as x-ray technology, the T-SENSE ® functions on the lower Terahertz frequency level with safe millimeter waves that enable non-transparent materials to be illuminated.
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Handheld Imaging System
SpectraScanner TM
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The SpectraScanner is the latest product from Oculus Photonics, released in July 2012. The SpectraScanner is a handheld imaging system that has all the functionality of the UVScanner, plus an additional near-infrared viewing capability. This dual-band imager uses two separate cameras, one tuned for longwave ultraviolet, the other for near-infrared.
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Image Analysis Micrometers
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For calibrating and analyzing microscopy measurement systems, the IAM line of Image Analysis Micrometers are perfectly suited. Calibrated to NIST Standards, and imaged with the best line edge quality in the industry, the IAM series is a diversified line of slides that function in areas of color calibration (IAM-9C), Optical Magnification, Frame Distortion, and other applications. Custom features, substrates, sizes and designs are available as custom solutions.
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Thermal Imaging Cameras
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PeakTech Prüf- und Messtechnik GmbH
Is a versatile thermal imaging camera with a resolution of 220x160 thermal pixels, which shows temperature differences easily recognizable for every user. Use this new development e.g. to detect thermal bridges in thermography, leaks in systems and pipe systems or track heating pipes in walls and floors.
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3D Laser Imager
Vector-DD
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The Vector 3D laser imager offers multi wavelength, full waveform data capture, coupled with the flexibility of an all-sky scanner. The Vector-DD is a direct detection (DD) 3D (range, angle, angle) active imager with an all-sky full hemisphere scanner. It employs a nodal point design so that all the lines-of-sight converge to a single point at the instrument*. In addition, two wavelengths can be transmitted so that differential reflectivity information can be derived. The unit is compact and portable and operates from 24V DC.
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Product
3D Imaging Sensor
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The GS 3D sensors, can be used in applications such as bin picking, robotic manipulation, sorting products, mold clearance checking, and space monitoring and object recognition. In addition, the 3D technology will aid in determining spatial positions and measurements.The GS 3D images larger objects at longer distances and does so in milliseconds without the cycle time and motion required by scanning-based methods.
