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Although both types of microscopes are used to see tiny objects, biological and metallurgical microscopes have different qualities and are employed for various tasks.

Biological microscopes are designed to see thin, transparent materials, such as cells and tissues. They illuminate the sample with transmitted light so that it may be viewed through the eyepiece and enlarged by the objective lens. The magnification of biological microscopes is often lower than that of metallurgical microscopes, but because of their shorter working distance, the objective lens can be placed nearer to the sample. Because biological samples are frequently exceedingly thin and sensitive, this is important.

Metal and alloy samples can only be seen under a metallurgical microscope. The sample is illuminated by reflected light, which is then reflected back to the objective lens and seen through the eyepiece. The objective lens can be placed further away from the sample with metallurgical microscopes since they typically have better magnification than biological microscopes and a longer working distance. Because metallurgical samples are frequently tough and abrasive, this is important.

Biological and metallurgical 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:
Topics: microscope
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