The Many Capabilities of a Stereo Microscope

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The stereo microscope offers a stereoscopic or 3-dimensional image with a comparatively low magnification. The magnifying capacity of this type of microscope varies from ×10 to ×60. This type of microscopes is considered as extremely versatile because of their suitability in all environments and microscopic needs. Moreover, it requires no specimen preparation or time consuming procedure prior to microscopic study. Whether for experienced ones or the novice, it offers ideal performance and output with a wide array of specimens.

First of all, you do not need to be a researcher or scientist or laboratory technician to use a stereo microscope and while studying with it specimens do not require any preparation in most cases. All you need to do is just putting them under the microscope lens and get a clear view of the specimen. But that does not mean it is a type of microscope suited for hobbyists only. Even laboratory professionals and biological researcher find this laboratory microscope handy and effective in number of studies that require precision.

Stereo microscope shows a three dimensional image of the studied object. The sense of depth required for such three dimensional output can only be achieved by offering the object view as slightly different for each of the eyes looking at the object through lens.

A bigger distance between the object and the lens is crucial for this magnifying technology to work. For dissection and manipulation works this type of microscopes are particularly useful because of this magnifying technology centered on distance from the object. With ready microscopic detection capacity that requires no specimen preparation this type of microscopes are extremely useful for preliminary specimen examination in healthcare facilities. Faster viewing through this microscope makes it ideal for healthcare establishment where fast diagnosis is often crucial. Stereo microscopes (en.wikipedia.org/wiki/Stereo_microscope) besides the scientific community and healthcare environment are considered very useful in an array of professional areas of expertise like naturalists, paleontologists and archaeologists, beekeepers, geologists, as well as forensic scientists and biologists.

Microscopic study and examination is critical for observing an object with magnified details and stereo microscopes offer handy, straight and ready to go approach for doing this. Obviously, the magnifying capacity of stereo microscopes also varies to a great extent and there are several crucial aspects of consideration.

Stereo microscopes are known for their ease of use and a diverse range of capabilities. Here below we are going to introduce some important capabilities that make stereo microscopes so invaluable for different patho-physical, medical and organic research fields.

Stereo Microscopes offer 3D view of specimens under study. These microscopes with lower magnifying capacity are also known as low power microscopes or dissecting microscopes referring to the medical field they are often used. As per latest estimate 99% of stereo microscopes offer a magnification which is less than x50. These microscopes are great for educational purposes and a variety of studies like viewing insects, plants, crystals, circuit boards etc.

Dual power stereo microscopes with dual magnification lenses fixed at different levels offer a better view and are often affordable compared to other microscopes. These are widely considered as excellent microscopes for starters or newbie.

The zoom magnification capacity in stereo microscopes let you to zoom in towards the objects easily through a range of magnification just similarly as happens in binoculars or SLR camera. Some stereo microscopes even offer detents and click stops at various points or intervals, making it easier to revert back to a precise magnification level and sticking to that.

Stereo microscopes work with different type of focusing methods as per the nature of the specimen. Observing a solid or hard opaque object you only need to use the incident light at the top and in case of more transparent or liquid specimens you can use the transmitted light at the bottom.

Use of additional lens enhances the capacity of this type of microscope to a great extent. Through this type of lens you can alter the focal length of the microscope and thereby can increase magnification capacity as well as the microscopic field of view and working distance.

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