Portable hyperspectral imaging

1、 Product Introduction

Portable hyperspectral imagingimagingThe technology utilizes the background of IMEC in semiconductor manufacturing plants, equipment, and process technology. Based on the principle of interferometric optical filtering, it can directly achieve spectral separation (deposition and patterning) at the top of image sensor pixels. This CMOS based infrastructure greatly improves the overall compactness of the product.

The software comes with HSI STUDIO for all camera demonstration kits ™， This is an advanced hyperspectral imaging software developed by IMEC's hyperspectral imaging team, which ensures the reconstruction of the highest quality hyperspectral imaging data cube. Both hardware and software packages support custom configuration.

IIPortable hyperspectral imagingFeatures of imaging products

1. Spectral cameras can capture both images and spectral signals simultaneously.

2. High spectral cameras with different wavelength ranges and resolutions can be flexibly selected by customers according to their actual application needs.

3. The spectral camera has been precisely calibrated before leaving the factory, so customers can use it with confidence.

4. Spectral cameras have a compact size and robust architecture, making them highly suitable for industrial and scientific research use.

5. High speed hyperspectral cameras are not only suitable for indoor experiments, but also for airborne, vehicular, and shipborne experiments in the field, making them competitive in the market.

3、 Hyperspectral imaging system parameter specifications:

4、 Experimental legend

5、 The main applications of hyperspectral imaging systems

Application of Color Classification

1. Identification of Authenticity in Archaeology and Artworks

2. Fabric printing and dyeing control

3. Online printing color control

   
   

Applications of Chemistry and Biology

1. food testing

2. Drug testing

3. Biomedical Applications

4. Spectral microscope system

Other apps

Quality control testing: Use a short wave infrared hyperspectral system on the production line to detect defects in apples, and in the pharmaceutical factory, check whether the drug ingredients and capsules contain drugs. If they are empty, they can be removed. Through hyperspectral imaging system, it is easy to identify defects such as knots, wood glue, cracks, etc. in wood, which can be used for real-time wood quality diagnosis.

Target recognition: By using an infrared hyperspectral imaging system, the ability to recognize targets with different spectra can be greatly improved, making it an effective tool for reconnaissance and eliminating background interference.

Remote sensing application: The application of spectral remote sensing to identify plankton in lakes. Application examples of hyperspectral imaging systems: water resource assessment, precision agriculture, environmental monitoring, forestry management, military applications, etc