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Learn More About the Metallurgical Inverted Microscope

  • Monday, 07 December 2020
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metallurgical inverted microscope

Learn More About the Metallurgical Inverted Microscope

The metallurgical inverted microscope was developed by Johannes Buttgenbach in 1843. At the time, it was one of the most complicated microscopes ever made. It was a model that was very similar to the modern microscope with its long tube and its powerful light source. Because of the way this metallurgical microscope worked, it was often used to study sulfur compounds or the development of various minerals. Although the metallurgical inverted microscope has evolved over the years, it is still considered as one of the most complicated microscopes.

The key part of the metallurgical inverted microscope is its holder. In the case of this type of microscope, the holder is actually a type of holder for the lamp at the top of the specimen. This lamp has an inverted T-shaped reflector and the reflector serves as the magnification scope in the specimen. The specimen is placed inside the inverted trinocular head of the microscope and a small clip or lens fits onto the reflector.

Unlike the regular type of microscope, the metallurgical inverted microscope does not use a stand or table to show the sample. The specimen would be held on top of the holder with the clips placed over the light source. As a result, the specimen would not move under the bright light. However, because of this peculiar arrangement, the image in the specimen could not be clearly seen due to scattering. The name of the holder is also different from the word "magnifying". This type of microscope only uses a magnifying lens, therefore, it is called as the motic microscope.

Mentioned earlier are three important parts of the inverted microscope. These are holder, reflector and microscope frame. The holder is the body of the instrument, which holds the specimen. It can be made out of metal, wood or plastics depending on the user's needs.

Reflector is a piece of housing, which is placed in front of the microscope holder. It serves as the instrument's viewfinder. A reflector microscope can consist of one, two or even three reflectors. The most common types of reflectors are the inverted osmosis, single cavity, spherical and sandwich reflectors.

Microscope frame is what holds the whole microscope together. It has a cylindrical or an equilateral cross section. Depending on the user's requirements, the frame can be made out of two different types of materials. Rigid or non-rigid frames are commonly used in clinical and industrial laboratories. On the other hand, a flexible or semi-rigid frame is used for laboratory work.

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