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What do you want to sort today?
Announcing the first industrial MWIR spectral camera
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For:
sorting problem materials, detecting contamination on metal surfaces,
hydrocarbon and mineral analysis... and more The difference between RBG cameras and hyperspectral cameras - essentially, much more information from the latter RGB cameras record electromagnetic radiation in the visible light spectrum between 400 – 700 nm - the same as can the human eye. Hyerpsectral cameras, however, are sensitive to the same range but also to electromagnetic radiation on either side of this range - from ultra-violet to near-infra-red; wavelengths that are invisible to the human eye. The amount of wavelengths captured depends on the type of hyperspectral cameras being used, but by combining different wavelengths, the camera is able to process different qualities in the target. Consequently, hyperspectral cameras measure the target in every wavelength in its hyperspectral range, creating a full spectrum in each pixel of the target which is useful for analysis, detection and identification of various materials and compounds. And all achieved with just one measurement. |
| About Specim FX50 MWIR hyperspectral camera | ||
| Specim's FX50 MWIR hyperspectral
camera is a compact, high-speed, accurate and efficient spectral camera
specifically designed for industrial environments. Currently, the
most compact and rugged MWIR spectral camera on the market Operating in the MWIR region, the FX50 can be used, among other things, to identify and sort difficult black plastics (reliably), analyze hydrocarbons and minerals in dark samples, and detect contamination on metal surfaces, quickly and reliably. The camera's fast optics are highly sensitve and capture good signals with short integration times. An MWIR light source is available. Easy to integrate and retrofit into existing systems and compatible with commercial machine vision software goods, the camera can be intgrated into an existing software solution with Specim's SDK control protocol. |
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| Benefits of hyperspectral imaging | ||
| • Provides much more information than do RGB cameras | • The only reliable way to sort black plastics as MWIR light penetrates deeper in dark materials | |
| • Differentiates between different materials | • Identifies material characteristics | |
| • Identifies black ABS plastic as its spectral region extends up to 5300 nm |
• Determines material composition | |
| Quick specs |
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| Spectral Range | 2.7 - 5.3 µm | |
| Spectral Bands | 150 | |
| Spectral sampling / FWHM | 17.3 / 35 nm | |
| Spatial Sampling | 640 px | |
| Frame Rate | Frame Rate Up to 390 FPS with full spectral/spatial data, higher with spectral ROI | |
| Dimensions | 300 x 210 x 160 mm | |
| Weight | 6.5 kg | |
Need a price or more application information? Please email Adept Turnkey or call our offices
Adept Turnkey Pty Ltd is"The Machine Vision and
Imaging Specialists" and distributor of Teledyne Dalsa products in
Australia and New Zealand.
To find out more about any Teledyne DALSA product, please call Adept Turnkey
at Perth (08) 9242 5411 / Sydney (02) 9905 5551 / Melbourne (03) 9384
1775 or contact us online.
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