400-1700nm Life Science Detection - Microscopic Hyperspectral Imager

※The HY-50 series, when combined with objectives of different magnifications, can achieve high magnification observation and hyperspectral imaging;

※ Supports both reflective and transmissive micro hyperspectral imaging;

Eyepiece observation, visible light camera and hyperspectral imaging have the same field of view, which can achieve fast focusing, high-definition observation of the detection area, synchronous acquisition of visible light photos and hyperspectral image data, and what you see is what you get;

Compact design with built-in scanning, measurement can be completed without moving the microscope platform, and the image is distortion free;

Standard microscope interface and adapter, can be connected to any three eye microscope for use;

※ Dedicated full spectrum illumination light source, with universal transmission and reflection, suitable for hyperspectral professional lighting requirements;

High spatial resolution and spectral resolution;

Other brands such as Olympus and Zeiss' biological, fluorescent, and metallographic microscopes can be equipped with hyperspectral cameras.

※Life medicine: cell classification, cancer tissue screening, drug development, pathological research, etc;

Biology: Bacterial and cellular analysis;

Materials Science: Microscopic Inspection and Identification of Materials;

Criminal investigation industry: trace and document inspection;

Electronics industry: semiconductor testing, screen testing, etc.

HY-50 seriesMicroscopic hyperspectral imaging instrumentIt is an integrated precision equipment specifically designed for microscopic measurement applications. This device combines automatic push scan hyperspectral imaging with a microscope, utilizing the optical path system of the microscope to achieve imaging spectral acquisition of samples within the microscopic field of view. It obtains fine spatial images of the samples while obtaining hyperspectral information. It will have a wide range of application prospects in various micro measurement fields such as biomedical, material analysis, life sciences, and evidence analysis.