Who Needs an Inverted Metallurgical Microscope?

Anyone who has a dedicated passion to engineering and materials science needs an inverted metallurgical microscope. But the main client types for this product line are those working in the government, companies involved in manufacturing and engineering, and lastly educational institutions.

What is an Inverted Metallurgical Microscope?

Metallurgy is the study of metals and alloys. In most cases, it is linked to metallography, which is the process of examining the same materials under a microscope.

Metallurgical microscopes are specially built microscopes for these fields. They are distinguishable from other microscopes because of their abilities to observe and capture images of materials with shiny surfaces – something made possible by epi-illumination.

In the process of epi-illumination, light coming from the microscope’s internal source goes through the horizontal shift, reaches the object and is then reflected off back to the objective and finally the eyepieces. Ordinary microscopes only transmit light from the source and onto the object. There are metallurgical microscopes that can do both. Metallurgical microscopes may either be inverted or upright. The inverted version mainly lets the user study larger than usual objects.

Who Needs an Inverted Metallurgical Microscope?

Government and industrial professionals as well as teachers and students of certain fields of science are in need of inverted metallurgical microscopes but exactly what purposes they serve vary greatly.

Surface Defect – The surface of floors, walls, and products of all types as long as they’re made up metallic components can be inspected with an inverted metallurgical microscope for defects. These can then be corrected immediately to prevent further damage.

Identification – Metallurgical microscopes are commonly used for detecting metals, minerals, and alloys. If an unknown object is discovered, it may be placed under a metallographic microscope for the user to identify any metallic components it may have.

Measurement – Metallurgical microscopes in general are also used for measuring purposes. A company specializing in the production of electroplating coatings and thin films, for instance, will need a metallurgical microscope to ensure that all of them are free from any defects and of uniform size and shape. Grain size can also be attained with the help of metallurgical microscopes.

Semiconductor Making – To be more specific, metallurgical microscopes are also used in the production process of semiconductor silicon wafers. Silicon wafers are extremely thin, made up of crystalline silicon in its purest form, and forming a circular disk.

General Quality Control – Metallurgical microscopes are also used in the quality control process and ensure that products are completely free and safe to use. Having every product pass through microscopic inspection will reduce incidences of refunds and safety concerns.

Jewelries – People often forget that jewelries, especially those made of actual gemstones, semi-precious stones and minerals, can also be observed with metallurgical microscopes. Under a microscope, their defects will come to fore and a jeweler or grader will be able to make a more accurate assessment regarding its quality and value. Even the smallest scratches on its surface will be seen.

Patina Analysis – In time, metals and similar materials will have what people call patina. Patina refers to changes in a metal’s surface, mostly undesirable, due to passage of time and of course oxidation. Antique jewelry is one good example in which patina is actually cherished. Studying objects under a metallurgical microscope will let the user know if the patina is genuine or not. Affirming its authenticity is important because patina increases the value of antique jewelry.

Crystallography – Metallurgical microscopes are also used in crystallography, which is the study of crystals in all its forms, structures, and properties. Crystals are used to make jewelries and they may be worn either for recreational and healing purposes. Some are studied for other scientific purposes.

Historical Study and Preservation – Prehistoric tools are examined under a metallurgical microscope to be able to obtain any clue regarding its purpose and frequency of use. Microscopic examinations will also let the user know if the object should be subjected to any restoration method.

Other Materials – Metallurgical microscopes are also used to study enamel coatings, composite fiber material, metal contaminants, phosphor bronze, carburizing materials, and die cast products.

Forensics – Lastly, metallurgical microscopes are also used in forensic metallurgy by comparing two specimens and samples and finding clues that would indicate either the cause of death or the identity of the wrongdoer. Handwriting, footprints, and other impressions are just some of the things compared under a forensic metallurgical microscope.

Ultimately, anyone who needs an inverted metallurgical microscope should also know that it’s better for them to buy it firsthand. Used items sold in bargain stores and in the Internet may be as good as how they’re described but this will be pretty difficult to confirm.