Microbiological microscopes are different from electronic microscopes

Biological microscopes and electron microscopes are two types of equipment designed for specific uses. Although they all help us observe and explore the microscopic world, each type of glass has a different structure and application.

Overview of biological microscopes and electron microscopes

A biological microscope is a type of microscope designed to observe biological specimens with magnifications from 40 to 1600 times. This type of glass is often used in biological research and is manufactured by famous brands such as Shodensha, Olympus, and Optika. Thanks to its simple structure and moderate magnification ability, biological microscopes are suitable for observing and studying cells, bacteria, and other small specimens.

Meanwhile, electron microscopes or digital microscopes, such as products from Vinity, Dino-Lite,... are used in more in-depth research. This type of glass uses a high-energy electron beam to shine through the sample and uses a magnetic lens to create images with extremely high magnification, up to millions of times. Images from an electron microscope can be displayed on a fluorescent screen, printed on optical film, or recorded with a digital camera, helping researchers observe material structure in detail at the microscopic level. atomic degree.

The difference in magnification between the two types of microscopes

- Biological microscopes are divided into two main types based on the level of magnification: low magnification glasses and high magnification glasses

+ Low magnification glasses: often used to observe large objects at close range. This type of microscope is suitable for basic learning and observation purposes, such as the XSP-02 student microscope, with magnifications from 40x to 640x. They are designed to serve the needs of understanding and learning basic knowledge of biology.

+ High magnification microscope: also known as a compound microscope, used to observe small microorganisms such as bacteria and parasites. Typical examples include binocular and trinocular microscopes, which allow observations with greater detail. A biological microscope model with high magnification is the Shodensha GR-D8T2, which can magnify up to 1000 times, helping users work and observe at a more detailed level.

- Electron microscopes operate differently from biological microscopes. The magnification of an electron microscope is determined by a digital camera, and the magnification ability can be much greater than that of a conventional microscope. This magnification depends on the resolution of the camera and the size of the screen on which the image is displayed. Thanks to combining the camera with the screen, the resulting images have high depth and sharpness.

An example of an electron microscope is the UM012C digital stand microscope, which can magnify up to 300 times. With this magnification, the glasses also support autofocus thanks to a camera with a resolution of up to 5 megapixels, helping users easily observe high-level details of specimens.

Differences in observers and users between biological microscopes and electron microscopes

One of the obvious differences between a biological microscope and an electron microscope lies in the object of observation and the object of use.

Biological microscopes are designed primarily to observe biological samples such as bacteria, molds, and cells. With magnifications from 20x to 1600x, biological microscopes are perfect for educational needs, laboratory research, or observing small specimens in a school environment. In particular, some glass models also support observation with oil lamps, helping to more clearly observe extremely small specimens. Biological microscopes are commonly used in schools, research institutes, and professional training facilities. In addition, cheap microscopes with relatively high magnification are also useful tools for students in studying and researching.

- Electron microscopes, on the contrary, are chosen for jobs that require the ability to record detailed and clear images during observation. If you work in the field of electronics or phone repair, an electron microscope with a screen connection will provide great support in checking and repairing small components. In addition, electron microscopes are also used in fields that require high accuracy such as forensic science. With a handheld design and image recording ability, it helps record the scene in detail, effectively supporting the investigation and crime solving process.

Conclude:

In general, choosing a microscope depends on the specific needs of the user. If you need to observe and study biological samples, a biological microscope is the right choice. What if your job requires capturing detailed images or examining small samples in the digital and forensic science industries? So, EMIN has explained to you the differences between the two types of glasses. If you have any questions, please contact us for answers as soon as possible.