FZ2ERQ1Q1NNM045

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FZ2ERQ1Q1NNM045 is an advanced microscopic imaging equipment used for medical examination. In clinical application, it mainly focuses on the detection of cellular tissues, organs, microbial specimens, and other microstructures. This equipment can provide accurate and reliable information for the diagnosis or treatment of various diseases. It is widely used in medical institutions.

FZ2ERQ1Q1NNM045 has a wide range of imaging resolutions, such as 2.5nm, 3μm, 4μm, 6 μm, 8μm, 10 μm, 12 μm, and 36 μm. This makes it very versatile in terms of its application field. At the same time, it supports multiple imaging modes, including bright field imaging, fluorescence imaging, and dark field imaging. Therefore, it is suitable for the detection of a variety of cells, tissues, and other microstructures.

In addition, FZ2ERQ1Q1NNM045 has a powerful operating system, allowing users to easily and quickly acquire microscopic images. It has functions such as auto-focus, image stacking, image processing, and image analysis. It also has a built-in spectral imaging system, which allows users to analyze the optical characteristics of a sample.

The working principle of FZ2ERQ1Q1NNM045 is based on the principle of image formation through lens optical system. During operation, it uses light, transmitted and reflected from the sample, to form a focused microscopic image of the sample on the imaging sensors. The sensors then convert the light into electrical signals and transfer these signals to the computer for image processing. At the same time, the computer can calculate the 3D images of the sample according to the received signals.

In conclusion, FZ2ERQ1Q1NNM045 is a high-performance microscopic imaging equipment. It has a wide range of imaging resolutions and supports multiple imaging modes. The powerful operating system allows users to easily and quickly acquire microscopic images. In addition, it is based on the principle of image formation through lens optical system, and can be used for the detection of cells, tissues, and other microstructures. Therefore, it is widely used in medical institutions for medical examination.

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