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Fluorescence microscopy technology platform

Fluorescence microscopy technology platform

Fluorescence microscopy is a technique that uses fluorescent markers and microscopy to observe and analyze biological samples. It has high sensitivity and high resolution, and can observe dynamic processes in living cells and tissues in real time, greatly expanding the application scope of microscopy in various fields.

Innovative Applications of Echo Microscope

Market pain points

Upright microscope: short optical path and excellent imaging, suitable for slice observation, but short working distance, limited in application;
Inverted microscope: long working distance, can be used for living cell observation, but the imaging effect is not as good as upright
ECHO launched the upright and inverted all-in-one microscope series, which combines the functions of upright and inverted microscopes into one. The all-in-one has the advantages of both, solving the pain point problem of the one-way function of upright and inverted microscopes on the market. It can easily switch between upright and inverted configurations by rotating, and realize the separation of iPad pro from the host. It can perform multi-person observation and high-quality imaging of the microscope in real time, and can realize remote control, etc. The product design and innovation of the ECHO microscope series have won many international awards


Fluorescence microscopy platform

The main application areas of fluorescence microscopy technology

The application of fluorescence microscopy technology provides a powerful tool for scientific researchers and medical diagnostic personnel, enabling them to gain a deeper understanding of the structure and function of biological systems, and provides an important experimental means for scientific research.
With the continuous development of technology, fluorescence microscopy technology will further promote life science research, discoveries and gain deeper understanding.


Combination of cytomics and fluorescence microscopy

By combining cytomics and fluorescence microscopy, researchers can gain a more comprehensive understanding of the complexity and diversity of cells, thereby advancing biomedical research.