Our SWIR hyperspectral imaging products span 400-2800 nm and are available in push broom, snapshot, and drone platforms. The tables below summarize the key features in terms of spectral range, spectral bands, and resolution. For complete specifications, click on the datasheet links.
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Push broom hyperspectral cameras
Snapshot and Drone hyperspectral cameras
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There are many technical advantages of snapshot hyperspectral cameras, including:
Real-Time Data Acquisition & Processing
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| Camera Model | Image | Description | Sensor Type | Spectral Channels | Max. Frame Rate | ADC Bit Depth | Exposure Times) | Data Port | Data Sheet Link |
|---|---|---|---|---|---|---|---|---|---|
| S-EOS-1.7 |  | The S-EOS-1.7 is a snapshot hyperspectral camera designed for the short-wave infrared (SWIR) spectral range, typically covering 900–1700 nm | TE cooled InGaAs sensor for high sensitivity in the SWIR range. | 100 channels | Up to 346 frames per second (fps);Spectral Image Rate: Typically 15–20 fps for full hyperspectral data cubes. | 14 bits | usec to seconds | Camera link | Learn More |
| S-EOS-2.5 | | The S-EOS-2.5 is a snapshot hyperspectral camera designed for the short-wave infrared (SWIR) spectral range, typically covering 900–2500 nm | TE Cooled HgCdTe (MCT) sensor (ZephIR™ 2.5) | Continuously tunable with 5 nm resolution | Sensor Frame Rate: Up to 346 fps;Spectral Image Rate: Typically 15–20 fps for full hyperspectral data cubes | 14 bits | usec to seconds | Camera Link | Learn More |
| MSC2-RGBN-1-A |  | Ultra compact RGB NIR hyperspectral snapshot camera Anti-X-Talk™ Technology (enhances contrast and spectral performance) High Frame Rate (up to 89 FPS at full frame) | 4MP Global Shutter CMOS | Number of Bands: 4 Band Locations: 450, 550, 650, 800 nm Pixels/Band: 512 x 512 | 8bits output 89 fps 10bits output 45 fps 12bits output 37 fps | 10bits / 12bits | 22 μs to 16.77 seconds (Default: 11,116.0 μs) | data and power by USB3 | RGB-NIR-Camera |
| MSC2-NIR8-1-A | | Ultra compact NIR hyperspectral snapshot camera Anti-X-Talk™ Technology (enhances contrast and spectral performance) High Frame Rate (up to 89 FPS at full frame) | 4MP Global Shutter CMOS | 8 spectral bands 720, 760, 800, 840, 860, 900, 940, 980 nm; Pixels/Band: 256 x 256 | 8bits output 89 fps 10bits output 45 fps 12bits output 37 fps | 10bits / 12bits | 22 μs to 16.77 seconds (Default: 11,116.0 μs) | data and power by USB3 | 8 band NIR Camera |
| MSC2-VIS8-1-A | | Ultra compact VIS hyperspectral snapshot camera Anti-X-Talk™ Technology (enhances contrast and spectral performance) High Frame Rate (up to 89 FPS at full frame) | 4MP Global Shutter CMOS | VIS Band Locations: 474, 495, 526, 546, 578, 597, 621, 640 nm Pixels/Band: 256 x 256 | 8bits output 89 fps 10bits output 45 fps 12bits output 37 fps | 10bits / 12bits | 22 μs to 16.77 seconds (Default: 11,116.0 μs) | data and power by USB3 | 8 band VIS Camera |
| MSC2-UN-1-A | | Ultra compact UV-NIR hyperspectral snapshot camera Anti-X-Talk™ Technology (enhances contrast and spectral performance) High Frame Rate (up to 89 FPS at full frame) | 4MP Global Shutter CMOS | Number of Bands: 2 Band Locations: 400, 800 nm Pixels/Band: 2048 x 512 | 8bits output 89 fps 10bits output 45 fps 12bits output 37 fps | 10bits / 12bits | 22 μs to 16.77 seconds (Default: 11,116.0 μs) | data and power by USB3 | UV-NIR Camera |
| MSC-SW16-1-A |  | 16 band SWIR Hyperspectral Camera (scientific grade) | High Performance InGaAs Sensor-Global shutter | Captures 16 Equally Spaced Bands (1100-1650nm) | 100 fps | 14 bits | 100 usec to 10 msec | GigE Vision & GenICam Compliant | 16 band SWIR |
| MSDC-Drone-Cameras |  | The multispectral drone camera is a turnkey multispectral imaging solution for easy integration into drones with PixHawk flight controllers enabling capture of geotagged aerial images for further analysis in data mapping software. | 4MP Global Shutter CMOS | Spectral bands from 450 to 950 nm | 10 fps sustained 89 fps maximum | 8 bit decimated | 22 μs to 16.77 seconds (Default: 11,116.0 μs) | HDMI | Drone Camera |
The L-EOS is an infrared push broom hyperspectral system optimized from 0.9 up to 2.8 µm. Using a totally reflective spectrometer at its core, it has fewer interfaces, thus less light losses, no chromatism and very low aberrations. It is combined with Photon etc.’s scientific-grade infrared cameras and objective lenses specifically designed for infrared spectroscopy.
The most important added value is the possibility to customize the instrument to specific applications. Our broad expertise covers various applications going from geology to material sorting, recycling and many others. Its 4 stages TE cooling at either -50°C or -80°C offers a longer lifetime than other cooling systems and less maintenance. Its robustness makes it industry-ready.
| Model | Image | Description | Camera Employed | Spectral Channels/Resolution | Max. Frame Rate | Sensor Dim/Pixel Pitch | Working Distance | Dimensions/Weight | Data Sheet Link |
|---|---|---|---|---|---|---|---|---|---|
| L-EOS-1.7 |  | SWIR push broom hyperspectral system optimized from 900-1650 nm | InGaAs (ZephIR™ 1.7 or Alizé™ 1.7) | 640/3 nm 2 px | 250 fps full frame | 7.7 X 9.6 mm/15 um | 15 cm with HypIRia lens – Up to 5 cm with macro lens option | 33 x 33 x 23 cm/10 kg | L-EOS Datasheet |
| L-EOS-2.5 | | SWIR push broom hyperspectral system optimized from 900-2500 nm | MCT (ZephIR™ 2.5) | 320/7.5 nm (1.5 px) | 340 fps, full frame | 7.7 X 9.6 mm/30 um | 15 cm with HypIRia lens – Up to 5 cm with macro lens option | 33 x 33 x 23 cm/10 kg | L-EOS Datasheet |
| L-EOS-2.9 | | SWIR push broom hyperspectral system optimized from 1000-2800 nm | MCT (ZephIR™ 2.9) | 320/9 nm (1.5 px) | 340 fps, full frame | 7.7 X 9.6 mm/30 um | 15 cm with HypIRia lens – Up to 5 cm with macro lens option | 33 x 33 x 23 cm/10 kg | L-EOS Datasheet |
| n-CORE |  | The nCore is a fully autonomous multi-sensor scanning platform built for continuous scanning and handling. Employs customer selected L-EOS | n-CORE-datasheet |
This video demonstrates how hyperspectral SWIR imaging enables live animal imaging.
The nCore is a fully autonomous multi-sensor scanning platform built for continuous drill core scanning and handling. Built with our proprietary state-of-the art hyperspectral imagers, the system can deliver outstanding performance directly on-site or within a laboratory setting thanks to the different modular configuration options readily available. From the conveyor, to the calibrations, to the results in wavelengths, the nCore provides the most comprehensive imaging tool set and delivering an extensive map of the mineralogy landscape with unmatched precision. Discover how the nCore is used to scan a core logging!
A snapshot multispectral cameras is employed to detect lesion in fruits based on spectral difference of lesion in near infrared.
8-bands Spectral imaging of an eye. Multispectal camera with 8-bands NIR has spectral channels in 720 nm, 760 nm, 800 nm, 840 nm, 860 nm, 900 nm, 940 nm, 980 nm.!
A quick demo of the drone camera design and functionality.
Short video showing the landing of the drone camera.
External Links to Peer Reviewed Publications Using Our Hyperspectral Products