The core advantages of this microscope include four-wavelength simultaneous laser excitation that supports multi-fluorescence marker observation, high-sensitivity scientific-grade camera that provides low-noise imaging, and automated sample positioning and 3D scanning functions. It solves the pain points of traditional fluorescence microscopes having low signal-to-noise ratio and limited imaging depth, and the professional bio-analysis software can quantify gene expression, cell activity and other experimental data to support academic research.
Key specifications include 40x-1000x magnification range, 0.2μm imaging resolution, 100μm Z-axis scanning range, and plan apochromatic objective lenses of 10x/20x/40x/100x Oil. The device is equipped with a built-in air-cooled and water-cooled dual cooling system, supports live cell culture observation, and operates at 18-28℃ ambient temperature for long-term sample testing.
This biological fluorescence laser microscope is applied in cell biology imaging, neuroscience sample observation, gene expression visualization, pathological section fluorescence detection, and drug screening research. It provides high-precision imaging solutions for life science basic research and clinical medical testing.
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