The functions of a compound microscope mainly include the following aspects:
High resolution and measurement accuracy: By combining the functions of an ordinary optical microscope and a chemical microscope, a compound microscope can provide high-resolution images, which is suitable for application scenarios that require high-precision measurements.
Multi-field applications:
Textile inspection: Used to inspect the microstructure, diameter, morphology and fracture of fibers, which is essential for textile quality control.
Biomedical research: Observe and study animal and plant cells, tissues, microorganisms, etc., such as studying the morphology, structure and properties of cancer cells.
Material analysis: Observe, measure and analyze the microstructure, crystal defects, phase changes and properties of various materials, such as studying the composition structure and particle shape of crystals.
Geological science: Identify, analyze and measure minerals, rocks and soils, such as observing the particles and crystal faces of mineral crystals.
Environmental protection: Observe and study the microstructure, composition and pollution sources of pollutants, such as observing the composition and size of trace particles.
Technical Features: Compound microscopes achieve greater magnification by using two or more lenses, typically up to 1000 times the original size, making them ideal for observing small details in objects, such as very small cells, tissues, and structures.
