High-Speed 3D Fluorescence Microscope for Large Samples
This system primarily achieves high-precision, rapid fluorescence imaging analysis of the internal structures of biological tissues such as the brain, embryos, and pathological sections, as well as clinical medicine samples.
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Brain Tissue Imaging
Brain Tissue Imaging: Enables high-speed, high-precision fluorescence imaging of internal structures in experimental animal brains. Capable of acquiring submicron-resolution 3D monochrome fluorescence data of an entire mouse brain within 1.5 hours.

Biological Tissue Imaging
Biological Tissue Imaging: Delivers high-speed, high-resolution fluorescence imaging for internal structures of biological samples (e.g., embryos, pathological sections) and clinical specimens. Applications include 3D pathology detection, AI-powered pathological analysis, and digital human platforms.


Training Review | 2025 Neural Circuit Tracing and Regulation Conference · Train
The "2025 Neural Circuit Tracing and Regulation Conference・Training Course and Innovative Conference on Cutting-Edge Technologies in Acupuncture Research" successfully concluded in Shenzhen on May 30. Focusing on cutting-edge technologies in the field of
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Advancing Brain Science: Our Company Invited to the 25th CHTF
Company Shines at 25th CHTF with Cutting-Edge Tech Event Recap: 5-Day Exhibition: Featured as invited innovator at Asia's premier tech fair Global Engagement: 200+ research institutions visited our booth Spotlight Tech: VISoR® 3D imaging syste
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The company was invited to and successfully signed agreements at the 2022 Guangm
July 6, 2022 – The 'Bay Magnetism: Toward the Light' Guangming Investment Promotion Conference was grandly held at the Guangming Cloud Valley International Convention Center. Hefei Baihui Tuozhi Technology Co., Ltd. participated as a key signing enterpris
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