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Hyperspectral Imaging
high-speed video, spectral and spatial waveband capture.
See Also: Imaging, Hyperspectral Cameras, Hyperspectral Imagers
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NIR Hyperspectral Imaging
Specim
Push broom imaging is a technique that enables acquiring hyperspectral images or hyperspectral imaging. Each pixel of the image will thus contain an NIR or visible spectrum. This technology uses one dimension of a 2D sensor for measuring a line of the sample (x dimension).
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Hyperspectral Imaging Camera
Imec’s on-chip technology makes hyperspectral imaging real-time, compact and scalable. Leverage our knowhow to design a customized sensor or camera.
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hyperspectral imaging sensor
Hyper-Cam
The Hyper-Cam is a lightweight and compact hyperspectral imaging sensor which uses Fourier Transform Infrared (FT-IR) technology. This advanced high-performance spectrometer allows to detect and identify substances either gases or solids from a distance of up to 5 kilometers. It provides real-time chemical imaging as well as unparalleled spatial and spectral information about the IR targets under measurement.
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Hyperspectral Imaging Spectrometer
Hyperspectral PoliSpectra® H116
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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Hyperspectral Imaging Sensors
HYPERSPEC® sensors are line-scanning instruments (sometimes called pushbroom) that collect reflected light through an image slit. One row of spatial pixels is collected per frame as motion occurs, with each pixel containing full spectral data. Motion can be accomplished in two ways: either as an airborne deployment (UAV, aircraft, or satellite) or stationary (where motion is accomplished beneath the sensor, such as a food inspection line). A third option is also available where pan-and-tilt or rotary stages allow a fixed-location sensor to scan a stationary object (such as a piece of artwork, or a mine face for geological applications).
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GaiaField-Pro Hyperspectral Imaging Camera
YoGaiaField-Pro (GFP) camera provide extremely high resolution images by scanning and taking multiple images to construct a hyperspectral datacube. Hyperspectral imaging devices (GFP) for spatial (slit) scanning obtain slit spectra by projecting a strip of the scene onto a slit and dispersing the slit image with a prism or a grating. In spatial (slit) scanning, each two-dimensional (2-D) sensor output represents a full slit spectrum (x,λ). The NUC integrated into the system to control system operation ,data acquisition, and analyze, so the spatial dimension is collected through the scanning motor movement . The line-scan systems are particularly common in remote sensing, so it is sensible to use mobile platforms. The system can keep working by internal battery about 4 hours and user can use ipad or phone to connect the camera by internal Wifi.
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Hyperspectral Camera and Imaging Systems (HSI)
HORIBA designs and manufactures a large range of custom OEM Hyperspectral Imaging (HSI) systems that fit to your application.UV to SWIR, from very compact and lightweight design to wide field and high resolution systems.Standard platforms or custom designs including optics. HORIBA HSI can be fully integrated into at-line, on-line or in-line processes.
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Hyperspectral Image Processing Software for THz Imaging Data
ImageLab
ImageLab is a one-of-a-kind image processing tool developed by our partner EPINA for the analysis of data from various spectroscopic imaging techniques such as THz, optical, UV/VIS, IR, Raman, or mass spectrometry. Based on multivariate statistical methods it enables the user to analyze and classify acquired hyperspectral images, to merge them with maps of physical properties and to overlay them with conventional high-resolution color photos. Visualization of the image data and highlighting of analytical information round up the software package to an indispensable instrument for in-depth analysis of spectroscopic image data. ImageLab is now part of Menlo Systems’ imaging extension TERA Image. Ask us for possibilities to upgrade your THz imaging system with our unique software tool!
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Back-Illuminated Scientific CMOS Camera
KURO®
Teledyne Princeton Instruments
The KURO® is the first back-illuminated scientific CMOS camera. With high sensitivity and fast frame rates the KURO is optimal for applications such as hyperspectral imaging, astronomy, cold-atom imaging, quantum imaging, fluorescence spectroscopy, and high-speed spectroscopy
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Integrated Airborne Solutions
UAVs have evolved into the 'Go-To' platform for many remote-sensing applications. Headwall's integrated solutions combine a hyperspectral imaging sensor and choice of GPS/IMU mounted on a high-performance UAV.
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HySpex Mjolnir
V-1240
The HySpex Mjolnir V-1240 hyperspectral imaging system for UAVs provides a unique combination of small form factor and low mass, combined with high-performance specifications and scientific grade data quality.
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Hyperspectral Cameras
HySpex
HySpex, NEO's line of hyperspectral cameras, are well-proven, robust, compact, high performance and versatile instruments for a multitude of applications, ranging from airborne to laboratory, field and industrial use of imaging spectroscopy.
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USB3 Industrial and Scientific Cameras
XIMEA’s USB3 cameras portfolio includes: USB3 Vision cameras, USB 3.1 cameras with Sony CMOS, USB 3.0 cameras with CCD and mini Hyperspectral imaging cameras. Including board level versions.
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SCOUT-16
The Phoenix Scout-16 is an excellent entry-level, lightweight system with a 40 meter recommended AGL. A strong fit for a smaller scan areas and teams on a budget, the Scout-16 also features options for photogrammetry, hyperspectral, thermal imaging, and more.
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Award-Winning High Resolution Spectral Imaging Camera
4100H
HinaLea’s Model 4100H is an award-winning hyperspectral imaging camera with a built-in illumination source. It is recognized as the world’s first high-resolution, handheld, autonomous hyperspectral camera and that was awarded the SPIE Best Camera and Imager Prism Award in 2017. The Model 4100H is compact, lightweight and designed for field and factory use. It captures a high-resolution snap-shot image of an object, with spectra at each pixel for the visible (400 – 1000 nm) wavelength range in up to 550 bands. It features a color touch screen interface, battery operation and embedded object identification. It is ideal for medical imaging, precision agriculture, industrial machine vision and food and other quality inspection applications.
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HySpex Mjolnir
S-620
The HySpex Mjolnir S-620 hyperspectral imaging system for UAVs is the SWIR version of the Mjolnir camera series. Similar to the VNIR version, it provides a unique combination of small form factor and low mass, combined with high-performance specifications and scientific grade data quality.
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Hyperspectral Camera
TruTag Technologies offers a low-cost, autonomous hyperspectral imaging system that expands the envelope of applications. TruTag’s HSI system provides the capability to convert or add existing product lines with minimal development effort. TruTag’s self-contained HSI architecture and system can be adapted to a consumer’s technical and commercial needs; and can be produced on our mass-production line opening potential applications for fields as diverse as biomedical imaging, smart agriculture and machine vision.
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Shortwave Infrared Camera Core
Tau® SWIR
FLIR Tau® SWIR provides outstanding short-wave infrared image quality and performance over a wide range of imaging and light level conditions. It is the ideal OEM SWIR imaging module for applications like hyperspectral instrumentation, silicon inspection, electro-optical payloads, art restoration, and portable imaging. The Tau SWIR camera incorporates the FLIR high resolution 640×512 ISC1202 Indium Gallium Arsenide (InGaAs) 15-micron pitch focal plane array (FPA) and includes several advanced camera controls features.
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High-Resolution, Back-Illuminated EMCCD with eXcelon™3 Sensor Technology
ProEM®
Teledyne Princeton Instruments
The ProEM® is a high-resolution, back-illuminated EMCCD with exclusive eXcelon™3 sensor technology providing high sensitivity within the UV-NIR range while reducing etaloning. With spectral rates of up to 20 kHz and single-photon sensitivity, the ProEM is ideal for low-light-level applications such as hyperspectral Raman imaging and single-molecule fluorescence.
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Terahertz Spectrometers
Due to its non-invasive and non-ionizing properties, terahertz (THz) radiation is unparalleled in its sensing capabilities. Based on state-of-the-art research results, HÜBNER Photonics division developed innovative and highly compact plug & play systems – allowing contact-free detection, characterization and analysis as well as hyperspectral imaging of materials by THz spectroscopy within a few seconds.
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High Sensitivity, Compact Imaging Spectrograph
Lumetta
HORIBA Scientific’s new Lumetta™ delivers benchtop performance in a small, value priced package to the rapid compact spectrometer market. It offers the highest throughput/signal gathering capacity in its class, employing a tall sensor and an F/2 design. With a scientific grade-one high quantum efficiency CCD cooled to -50 oC, it provides a sensitivity that rivals more expensive high-end benchtop systems. As an imaging spectrograph, it enables advanced techniques such as multitrack spectroscopy and hyperspectral imaging ― all at an affordable price.
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Hyperspectral Cameras with USB3 Vision
xiSpec
*Smallest Hyperspectral camera - Compact, lightweight with only 26.4 x 26.4 x 31 mm, 32 grams (1)*Cost efficient - Excellent value and price through utilizing new imec hyperspectral imaging technology*Cool economy - Low power consumption with 1.6 Watt, minimal heat dissipation, ideal for UAV / UAS*All-around support - USB 3.0 support for Windows 7 and 10, macOS, Linux, ARM*Powerful potential - Highest spatial and spectral resolution, possible with 5Gb/s interface*Optimized - 2048 parallel, "on-chip" integrated spectroscopes with 100 points of spectral resolution each*AIA standard - USB3 Vision standard compliant*Industry standard interface - Compatible with USB 3.0 SuperSpeed specification*Fastest Hyperspectral camera - High speed, high frame rate: based on 170 fps at 2.2 Mpix resolution*Connectivity and Synchronization - Programmable optoisolated input and output, 3 status LEDs*Easy deployment - Range of accessories and wide hardware and software integration*Highly Customizable - Variety of sensor options, which can be further adjusted to match requirements*Interoperability increase - Continuous embrace of new software and hardware partners
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Hyperspectral Cameras With USB3 Vision
XiSpec
*Smallest Hyperspectral camera - Compact, lightweight with only 26.4 x 26.4 x 31 mm, 32 grams (1)*Cost efficient - Excellent value and price through utilizing new imec hyperspectral imaging technology*Cool economy - Low power consumption with 1.6 Watt, minimal heat dissipation, ideal for UAV / UAS*All-around support - USB 3.0 support for Windows 7 and 10, macOS, Linux, ARM*Powerful potential - Highest spatial and spectral resolution, possible with 5Gb/s interface*Optimized - 2048 parallel, "on-chip" integrated spectroscopes with 100 points of spectral resolution each*AIA standard - USB3 Vision standard compliant*Industry standard interface - Compatible with USB 3.0 SuperSpeed specification*Fastest Hyperspectral camera - High speed, high frame rate: based on 170 fps at 2.2 Mpix resolution*Connectivity and Synchronization - Programmable optoisolated input and output, 3 status LEDs*Easy deployment - Range of accessories and wide hardware and software integration*Highly Customizable - Variety of sensor options, which can be further adjusted to match requirements*Interoperability increase - Continuous embrace of new software and hardware partners
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Extensions for CathodoLuminescence, Photoluminescence & Raman Spectroscopy
Clue Series
CLUE SERIES offers the unique capability to evolve with your requirements. Start with an affordable panchromatic CL detector to end up with a complete combination of all spectroscopic techniques, hyperspectral & panchromatic CL, Raman & photoluminescence. multiple UV, visible & NIR mono and multichannel detectors (CCD and PMT), vacuum technology (VUV), time-resolved fluorescence TCSPC (IBH fast electronics & detection components), Raman spectroscopy, photoluminescence, fast imaging with EMCCD and SWIFT, angular-resolved CL, high performance gratings…
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photonSPECTRAL
Photonfocus has developed outstanding solutions for numerous fields of application in order to meet the growing demand for imaging applications in invisible light spectra. The photonSPECTRAL platform offers highly sensitive cameras with wavelengths ranging from deep UV to short-wavelength infrared light (SWIR), as well as innovative systems for the hyperspectral range. Our vast expertise in this area is also reflected in our leading market position: Photonfocus launched a UV-suitable CMOS camera with global shutter for machine vision applications.
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Remote Sensing & Proximal Sensing Systems
Portable or handheld spectrometers (field spectrometers) and hyperspectral cameras (imaging spectrometers) are the ideal tools for spectral data acquisitions and ground truthing of remote sensing imagery. SphereOptics offers you a wide range of spectrometers for the visible (VIS), near infrared (NIR), shortwave infrared (SWIR), and thermal infrared (TIR) wavelength regions. More details about our single point spectrometers for the VIS-NIR-SWIR can be found here, and for TIR here.
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Forensic Products
During 6 years of R&D, original 4D hyper-spectrum data processor software was developed. Based on Hyper-spectrum image stack processing the software is optimized for specific document examining tasks. The program is designed to process data from Hyper-spectral imaging equipment. It was successfully implemented in our partner product ForensicXP automatic full digital hyper-imaging spectrograph. The original patent pending method was developed for spectral signature unwrapping and enhancement of spectrometer output. An exceptional sensitivity of the instrument and broad spectral range permits to detect very small differences in similar inks.
