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SPECIM offers a broad range of integrated and calibrated Spectra Cameras for hyperspectral line-imaging. These Spectral Cameras precisely measure contiguous spectral data at tens or hundreds of wavebands for each image pixel simultaneously. This pushbroom operation is extremely versatile tool for hyperspectral imaging. It is perfect for applications where either the target or camera is in motion, like in process control or imaging from aircraft.
Integrated with various scanning solutions, Spectral Cameras can provide high speed hyperspectral imaging solutions also in laboratory analysis and field imaging applications. See our Hyperspectral Solutions section for readily available scanning solutions. Spectral information can be used to solve various applications, like material detection and sorting by NIR chemometrics, and accurate color inspection over the full image. |
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| Spectral Camera UV
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UV 200 - 400nm |
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1000 - 1000 pixels (spatial x spectral) |
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Frame rate 33 Hz (full frame) |
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| Spectral Camera HS
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VNIR 380 - 800 and 400 - 1000 nm |
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1600 - 1200 pixels (spatial x spectral) |
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Frame rate 33 Hz (full frame) |
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| Spectral Camera QE
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VNIR 380 - 800 and 400 - 1000 nm |
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1344 - 1024 pixels (spatial x spectral) |
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Frame rate 8 Hz (full frame) |
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| Spectral Camera PFH
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VNIR 380 - 800 and 400 - 1000 nm |
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1024 x 1024 pixels (spatial x spectral) |
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Frame rate 40 Hz (full frame) |
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| Spectral Camera NIR
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NIR 900 - 1700 nm |
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320 x 256 and 640 x 512 pixels (spatial x spectral) |
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60, 100 and 350 Hz (full frame) |
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| Spectral Camera SWIR
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SWIR 1000 - 2500 nm |
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320 x 256 pixels (spatial x spectral) |
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100 Hz (full frame) |
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| Spectral Camera LWIR
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LWIR 8 - 12µm (cooled) |
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LWIR 8 - 14µm (uncooled) |
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380 x 84 pixels |
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250 and 100 Hz (full frame, cooled) |
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250 and 60 Hz (full frame, uncooled) |
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SPECIM delivers industry standard imaging spectrographs which employ our unique spectrographic technologies. These nearly polarization independent technologies provide high light throughput, low straylight, and a high quality, aberration-free image in an extremely rugged device.
The ImSpectors work as an add-on optical component that changes an area scan camera to a spectral line imaging device which produces full contiguous spectral information in each line pixel with high spectral resolution. This is known as the push-broom hyperspectral operation. |
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| UV (200 - 400 nm) |
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| ImSpector UV4E |
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Spectral resolution 2nm |
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Dispersion 50nm/ mm |
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Numerical aperture F/2.8 |
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| VIS (380 - 800nm)
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| ImSpector V8 (1/2") |
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Spectral resolution 6nm with 80µm slit |
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Dispersion 87nm/ mm |
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Numerical aperture F/2.8 |
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| ImSpector V8 (2/3") |
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Spectral resolution 6nm with 80µm slit |
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Dispersion 60.6nm/ mm |
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Numerical aperture F/2.8 |
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| VIS (380 - 800nm)
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| ImSpector V8E |
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Spectral resolution 2nm with 30µm slit |
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Dispersion 65nm/ mm |
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Numerical aperture F/2.4 |
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| VNIR (400 - 1000 nm)
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| ImSpector V10 (2/3") |
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Spectral resolution 9nm with 80µm slit |
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Dispersion 90.9nm/ mm |
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Numerical aperture F/2.8 |
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| VNIR (400 - 1000 nm)
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| ImSpector V10E |
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Spectral resolution 2.8nm with 30µm slit |
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Dispersion 97.5nm/ mm |
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Numerical aperture F/2.4 |
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| VNIR (400 - 1000 nm)
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| ImSpector Fast10 |
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Spectral resolution 15nm with 18µm slit |
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Numerical aperture F/3.2 |
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| NIR (900 - 1700 nm)
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| ImSpector N17E |
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Spectral resolution 5nm with 30µm slit |
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Dispersion 110nm/ mm |
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Numerical aperture F/2.0 |
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| SWIR (1000 - 2500 nm)
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| ImSpector N25E |
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Spectral resolution 8nm with 30µm slit |
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Dispersion 208nm/ mm |
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Numerical aperture F/2.0 |
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| MWIR (3000 - 5000 nm)
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| ImSpector M50M |
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| LWIR (8µm - 12µm)
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| ImSpector L120M |
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Spectral resolution 150nm with 24µm slit |
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Dispersion 2µm/ mm |
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SisuCHEMA -Fully integrated hyperspectral imaging workstation
SisuChema brings simplicity and speed combined with superior performance. The system is modularly designed and is a complete chemical imaging solution. SisuChema employs a push-broom imaging technology, which provides several outstanding advantages for the user, highest speed, lowest heat load from illumination, and no limitations in the square or rectangular sample shape, but also a series of samples can be imaged in a single linear scan. |
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SisuROCK - Fully integrated hyperspectral imaging workstation
SisuROCK is a complete, automated, computer controlled spectral
imaging instrument for easy, high speed scanning of drill cores and other geological samples. It is capable of imaging full length drill cores in less than 15 s, highly improving productivity in drill core analyses. |
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