Hyperspectral imaging is a powerful technique to determine the chemical composition of various points within a target scene. With our highly customisable hyperspectral imaging solutions, we provide the right system for your application needs, whether for research studies or industrial application.
Hyperspectral imaging is a non-destructive, non-contact technology which enables its use across a wide range of applications. For example, hyperspectral imaging can be used for monitoring crops, detecting counterfeit goods, performing a quality assessment of food products and identifying contaminants in water or other material.
Push-broom hyperspectral cameras create a two-dimensional image by scanning a line image across a target area. At each pixel in this image a complete spectrum is measured and available. Creation of a two-dimensional image can be made by moving the camera, the subject target, or by a rotation or scanner system.
Our comprehensive hyperspectral image acquisition and analysis software is designed to make high quality hyperspectral imaging as simple and efficient as possible. Our software controls a large range of mirror, rotary and linear scanner platforms so the appropriate acquisition system can be selected with ease. The scan functions are synchronised to detector frame rates so that the optimum and best image quality measurements are made.
A range of different spectral cameras are available depending on the application requirements. Multi spectral camera configurations are also available where the features of interest lie in more than one spectral region.