Microscopy devices have revolutionized our understanding of the world by enabling us to explore and visualize objects at the microscopic level. From unraveling the mysteries of biological structures to investigating the intricate details of materials, microscopy devices play an important role in numerous scientific fields. 

Microscopy devices are instruments that utilize various techniques to magnify and visualize objects that are too small to be seen by the naked eye. These devices are equipped with optical components, illumination sources, and signals to capture and enhance the details of microscopic samples. 

Types of Microscopy Devices
There are three basic types of microscopes: electron, optical, and scanning probe.

Electron Microscope
Electron microscopy is a powerful imaging technique that utilizes an electron beam to create high-resolution images of samples. Unlike light microscopy, electron microscopy offers superior resolving power, enabling the visualization of finer details of tiny objects.

This advanced microscopy technique finds extensive use in scientific laboratories worldwide for studying a wide range of samples. In the field of biology, electron microscopy allows for the examination of biological specimens such as biopsies, microorganisms, cells, surface characteristics of various materials, and metal or crystalline structures.

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Optical Microscope
Optical microscopy, also known as light microscopy, is a widely employed tool in biological research for magnifying small objects using visible light. In optical microscopes, different light sources are commonly utilized, including, incandescent tungsten-halogen bulbs, arc-discharge lamps, lasers, and LEDs. 

Moreover, optical microscopy is the oldest type of microscope and it is used mostly by researchers in academic institutions and private & public research laboratories. The optical microscope is the most used type of microscope because of its cost-effective and easy to use with minimal sample preparations.

Scanning Probe Microscope
Scanning probe microscopes (SPMs) employ various techniques to generate images of surfaces and structures at the nanoscale. These microscopes utilize a sharp physical probe that scans the surface of the sample, collecting data that is then transmitted to a computer. The computer processes the data and generates a high-resolution image of the sample surface, which can be observed by the user.

The uses of microscopy devices are increasing significantly across Asian countries such as China and India, because of the rising initiatives and investment in R&D by the government, surging universities & research institutions, and the existence of numerous schools in the region.