Microscopic hyperspectral imaging system

Microscopic hyperspectral imaging systemSystem Composition

• Hyperspectral imaging spectral cameraFS-20/FS-22/FS-23 and other models can be selected, using grating splitting method, with a spectral range of 400-1000nm, 300 spectral bands, and a spectral resolution of 2.5nm. The image resolution comes in different specifications such as 1920 × 2400 and 1920 × 6000.

• microscopeExisting biological microscopes, fluorescence microscopes, stereomicroscopes, metallographic microscopes, etc. can be modified, and microscope models can also be customized according to customer needs.

• Other componentsIncluding a two-dimensional electronic control scanning platform, used to achieve precise scanning of samples and obtain images of different positions of the samples; It may also include light source systems, data processing workstations, etc. to support the normal operation of the system and data processing.

Microscopic hyperspectral imaging systemFeatures

• Combining the advantages of microscopy and spectroscopyBy combining the advantages of microscopes and imaging spectrometers, hyperspectral data collection can be performed on microscopic images at any time, which can observe the microstructure of samples and obtain their spectral information.

• Integrated Vision and Hyperspectral CameraInternally integrated with a visual camera and a hyperspectral camera, the visual camera can be used to quickly preview sampled images, confirm that the images meet the requirements, and then perform hyperspectral image data acquisition, improving the efficiency and accuracy of data acquisition.

• Flexible system configurationCustomers can customize microscope models according to their own needs, and the system can be combined with various types of microscopes, making it easy to transform ordinary microscopes into hyperspectral microscopes to meet the diverse needs of different users.

• High resolution imagingHaving high spectral and image resolution, it can provide rich and detailed spectral and image information, which is helpful for accurate analysis of samples.

  application field
  

• Biomedical fieldUsed for microscopic cell spectral imaging analysis of biological samples, tumor tissue identification, pathological diagnosis, etc., such as assisting doctors in the diagnosis of cancer and other diseases through the analysis of pathological sections, and can also be used to study the dynamic distribution of drug molecules in cells.

• Materials Science FieldIt can study the microstructure, chemical composition, and performance changes of materials, such as the size, morphology, and surface reactions of nanomaterials, to provide support for the research and application of materials.

• Environmental monitoring fieldCan monitor environmental issues such as water quality, soil pollution, and pollutants in the air, help understand the status of environmental pollution, and provide data basis for environmental protection and governance.

• other fieldsIn the field of agriculture, it can be used for detecting crop diseases and pests, monitoring growth conditions, etc; In the field of cultural relic protection, it can be used for authenticity identification, color identification, and restoration of cultural relics.