How Is a Metallurgical Microscope Different From a Biological Microscope?

Metallurgical microscopes are used to examine samples like metals and alloys that block light from passing through them. They illuminate the sample with reflected light to produce an image of it. The following characteristics of metallurgical microscopes make them perfect for viewing metals: Magnifications up to 1000x are often possible with metallurgical microscopes, which are required to observe the intricate details of metal samples. The utilization of thick and opaque samples is made possible by the considerable working distance of metallurgical microscopes between the objective lens and the sample. Polarization filters can be added to metallurgical microscopes so that the crystal structure of metals can be seen.

On the other hand, biological microscopes are made to examine materials like cells and tissues that permit light to flow through them. They illuminate the sample with transmitted light to produce an image of it. The following characteristics of biological microscopes make them perfect for examining biological samples: Most biological samples may be seen in detail with biological microscopes, which typically have a magnification range of 40x to 1000x. In comparison to metallurgical microscopes, biological microscopes have a smaller working distance between the objective lens and the sample. This is due to the fact that biological samples are often more transparent and thinner than metal samples. Phase contrast filters, which can be used to improve the contrast of transparent samples, can be added to biological microscopes.

Metallurgical microscopes and biological microscopes are different in their construction in addition to the previously mentioned distinctions. Because they are made to survive the usage of tough and abrasive samples, metallurgical microscopes are often more robust and long-lasting than biological microscopes. For more information， please click：https://www.cqscopelab.com/metallurgical-microscope