The core role of the microscope is to enlarge tiny objects (such as cells, bacteria, microorganisms, etc.) that cannot be directly observed by the naked eye, so that humans can clearly see their morphology, structure, and dynamic changes. It is a core tool to break through the limits of human vision and explore the microscopic world. Main application scenarios (classified by field) • Biological/medical field: observation of cell structure (such as nucleus, mitochondria), bacterial/viral morphology, assisted diagnosis of diseases (such as blood smears to check pathogens), research on embryonic development, etc. • Materials science: view the microstructure of metals/semiconductors (such as alloy grains), detect material surface defects, and ensure the production accuracy of electronic components (such as chips). • Environmental/food sector: detection of microbial contamination in drinking water, bacterial residues in food (e.g. E. coli), detection of safety hazards. • Scientific research/education: As a basic scientific research tool (such as research on microbial metabolism), it is also a necessary equipment for primary and secondary school/university experimental classes to help students visually understand the microcosm.
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