Hyperspectral Imaging Products

20 MP Sensor 3D Hyperspectral Snapshot Camera with Ultra HD Sensor Technology

The S185 FireflEYE SE uses our revolutionary full-frame imaging technology where you have accurate hyperspectral data over the whole field of view. It combines the precision of hyperspectral cameras with
the ease of use of snapshot cameras.

The S219 is a highly integrated spectral imager, capable of measuring four to six different spectral colors with 4 megapixel resolution. This device is easy to use and adaptable to your application.

The S485 is based on our new optics design. The device was developed with high fidelity in mind. Thus it features a higher spectral resolution of 4900 spectra per cube.

SILIOS Technologies’ CMS-Sensors and CMS Cameras are based on the COLOR-SHADES® multispectral technology. The CMS-C color dedicated camera is good for color measurements and color process control.

SILIOS Technologies’ CMS-Sensors and CMS Cameras are based on the COLOR-SHADES® multispectral technology. The CMS-V vegetation dedicated camera is good for vegetation index measurement and environmental monitoring.

SILIOS Technologies’ CMS-Sensors and CMS Cameras are based on the COLOR-SHADES® multispectral technology. The CMS-S security dedicated camera is good for surveillance, forensics and oximetry.

The VNIR-20B uses a proprietary HyperPixel^TM Array (HPA^TM) SNAPSHOT technology to capture spectral and spatial information in one instantaneous video frame.

The VNIR-90 uses a proprietary HyperPixel^TM Array (HPA^TM) SNAPSHOT technology to capture spectral and spatial information in one instantaneous video frame.

The SWIR-60 uses a proprietary HyperPixel^TM Array (HPA^TM) SNAPSHOT technology to capture spectral and spatial information in one instantaneous video frame, thereby eliminating motion artifacts and maximizing signal-to-noise.

The MWIR-20 uses a proprietary HyperPixel Array (HPA^TM) SNAPSHOT technology to capture spectral and spatial information in one instantaneous video frame, thereby eliminating motion artifacts and maximizing signal-to-noise.

The MWIR-60 uses a proprietary HyperPixel Array (HPA^TM) SNAPSHOT technology to capture spectral and spatial information in one instantaneous video frame, thereby eliminating motion artifacts and maximizing signal-to-noise.

The LWIR-62 uses patented HyperPixel Array^TM technology to combine spectral data with spatial information to create three-dimensional hyperspectral data cubes at video rates.

BD&E’s Multislit Scan hyperspectral imager uses a scanning mirror and three separate image plane slits to produce a multiplexed hyperspectral image at three times the rate possible with a single slit.