SPECIM Spectral Imaging Ltd

COMPANY OVERVIEW

About SPECIM Spectral Imaging Ltd

Number of Employees: 65

Contact

Elektroniikkatie 13
PO Box 110
Oulu 90590
Finland

http://www.specim.fi

Phone: 358-10-4244-400

More Info on SPECIM Spectral Imaging Ltd

Develops, manufactures and sells spectral imaging instruments for industrial machine vision and spectral analysis,remote sensing, and scientific applications. Products include ImSpector imaging spectrographs, Spectral Cameras, OEM spectrographs, SISU hyperspectral scanners.

Articles

Detectors & Imaging

Midwave-IR hyperspectral camera features temperature-stabilized optics

The FX50 IR hyperspectral camera covers the midwave-infrared (MWIR) spectral range of 2.7 to 5.3 μm.

FIGURE 1. SWIR imaging is useful for inspecting food with high water content.

Detectors & Imaging

SWIR imaging enables many types of machine vision applications

Linda Wilson

Using shortwave-infrared (SWIR) imaging, engineers develop applications for inspecting food, detecting moisture, identifying methane gas, and more.

Detectors & Imaging

Hyperspectral camera features 480 spatial pixels

The GX17 near-infrared linescan hyperspectral camera provides real-time machine vision for inline sorting, inspection, and quality control.

Detectors & Imaging

Spectral imaging platform identifies materials based on chemical composition

The SpecimONE spectral imaging platform includes the Specim FX series hyperspectral camera, SpecimCUBE processing hardware, and SpecimINSIGHT offline software tool.

FIGURE 1. Emphasizing blood vessels in the human forearm: an image with the conventional RGB camera (left) and a hyperspectral image in SWIR after processing with IDCube (right) are shown. This datacube was collected using a SWIR-sensitive 2D indium gallium arsenide (InGaAs) camera, Ninox (Raptor Photonics), mounted on top of a SWIR imaging spectrograph (Specim) equipped with a chromatic-aberration-free lens (StingRay Optics) , and was obtained by members of the Berezin Lab at Washington University in St. Louis.

Detectors & Imaging

Hyperspectral imaging captures spatial and spectral data of the human landscape

Susan Petrie

Medical hyperspectral imaging (HSI) helps researchers, surgeons, and clinicians see more deeply into the landscapes of our bodies.

Executive Forum

Konica Minolta set to acquire hyperspectral imaging specialist Specim

Specim, a global supplier of hyperspectral imaging solutions, offers hyperspectral cameras, imaging spectrographs, systems, and accessories.

Positioning, Support & Accessories

Laser Focus World announces 2018 Innovators Awards

For the first time, Laser Focus World has held its Innovators Awards program, which celebrates the disparate and innovative technologies, products, and systems found in the photonics...

Detectors & Imaging

Hyperspectral sensor from Specim with 1024 spatial pixels

The AisaFENIX 1K full-spectrum hyperspectral sensor produces readily co-registered VNIR and SWIR data.

Scans of a single drill core produced by (left to right) RGB-VNIR, false-color SWIR, enhanced SWIR, and spectral facies SWIR (rock expression in a multispectral image is referred to as multispectral image facies). At far right is a spectral facies percentage log. A color legend (see the complete version here: https://goo.gl/tZzoEQ) indicates, for example, that red represents garnet, orange expresses sulphide, and yellow equates to quartz.

Spectroscopy

Hyperspectral scans analyze a century's worth of earth samples

Barbara Gefvert

Prehistory is written in rock, and hydrogeologist Cynthia Gefvert, P.G., studies slices of cores drilled from the earth to understand its impact on life today.

FIGURE 1. Iris on the Move technology from Sarnoff uses an array of 15 frames/s video cameras with 850 nm LED illumination to image the irises of individuals coming within 3 m of the system at a rate of 30 people per minute (top). The system first segments the iris (middle), then remaps the iris image from Cartesian coordinates to polar coordinates in a normalization process (bottom). In the normalized image, increasing radius goes from top to bottom, while increasing angle goes from left to right, allowing the formatted image to be matched against reference irises.

Detectors & Imaging

PHOTONICS APPLIED: HOMELAND SECURITY: Threat identification demands new imaging technologies

Gail Overton

Recognizing that the potential for national-security breaches along our borders and in our waterways is significant, imaging companies and research organizations are stretching...