HYPERSPECTRAL
HYPERSPECTRAL IMAGING SYSTEM – NOT JUST A CAMERA
Fast onboard, embedded processing for real-time spectral classification
GenICam-compliant GigE interface with an IP67-rated housing
Built for challenging VNIR (400-1000nm) machine-vision applications on the processing line
Flexible yet robust and simple workflow
Typical applications: airborne & ground remote sensing
270 spectral bands 640 spatial bands FWHM slit image 6nm Max frame rate as high as 350Hz
line-scanning hyperspectral cameras (sometimes called pushbroom)
Built for challenging VNIR (400-1000nm)
Professional airborne performance• Research-grade hyperspectral data
Typical applications: airborne, satellite, and ground remote sensing, advanced machine vision, lab
VNIR (400-1000nm)
NIR (900-1700nm)
Extended VNIR (550-1700nm)
SWIR (900-2500nm)
line-scanning hyperspectral cameras (sometimes called pushbroom)
Up to 369 spectral bands*•Up to 1,600 spatial bands*
Professional airborne performance• Research-grade hyperspectral data
Typical applications: Airborne and ground remote sensing that require coverage between 400-2500nm
Spectral range: VNIR + SWIR (400-2500nm)
line-scanning hyperspectral cameras (sometimes called pushbroom)
Spectral pixels: 270 VNIR
267 SWIR
Spatial pixels: 640 <6nm
VNIR, 8nm SWIR
Max frame rate: as high as 350Hz VNIR; 200Hz SWIR
Professional airborne performance• Research-grade hyperspectral data
Typical applications: Remote sensing, particularly environmental monitoring where high-resolution chlorophyll fluorescence measurements are needed.
Spectral range: 670-780nm
Spectral resolution (FWHM): 0.1 - 0.2nm
SNR 120:1 unbinned
line-scanning hyperspectral cameras (sometimes called pushbroom)
Spectral bands: 2,160
Spatial pixels: 1,600
Professional airborne performance• Research-grade hyperspectral data
Typical applications: process monitoring, Lab, scanning kits
250-500nm
line-scanning hyperspectral cameras (sometimes called pushbroom)
Spectral bands: 409
Spatial pixels: 1,100
Frame rate: 30-50Hz
Spatial pixels: 1,600
Professional airborne performance• Research-grade hyperspectral data
Typical applications: Advanced machine vision (food inspection & grading, recycling)
400-1000nm
line-scanning hyperspectral cameras (sometimes called pushbroom)
270 spectral bands
640 spatial pixels
Max frame rate: as high as 485Hz
Professional airborne performance• Research-grade hyperspectral data