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10 Things You Did Not Know About Stereo Microscopes

Stereo microscopes employ two optical paths and eyepieces to produce three-dimensional images, allowing users to perceive objects as though they were directly in front of them, which makes these microscopes ideal for dissecting specimens.

Stereo microscopes typically consist of one main objective and several magnification settings that can be selected through a rotating turret; however, more expensive stereo microscopes offer zoom magnification capabilities.
1. They are cheaper than compound microscopes

Stereo microscopes can be used to observe opaque objects such as coins, stamps, rocks and minerals, watches and hardware. They're especially handy for collectors of postage stamps, coins and insects as they don't need to be prepared on slides in order to observe them.

Stereo microscopes also boast a much longer working distance than compound microscopes, making them more suitable for large opaque specimens. Stereos typically utilize top illumination; however they may also use transmitted bottom light illumination.
2. They are easier to use

Stereo microscopes with extended working distance make manipulating samples while viewing them easier, which makes them perfect for inspection, rework and quality control tasks that require you to move samples around easily. This feature makes the stereo microscope ideal for inspection, rework and quality control tasks where samples must be moved around freely.

Stereo microscopes typically feature transmitted illumination, which enables you to see translucent specimens and materials more clearly - an especially helpful feature when performing dissection applications.
3. They are more accurate

Stereo microscopes allow for three-dimensional views without additional equipment such as light sources. Their separate optical pathways for each eyepiece project distinct images onto retinas of microscopists to give an illusion of depth perception.

Stereomicroscopes can also be used to observe larger specimens for purposes such as inspection, rework and quality control.
4. They are more durable

Stereo microscopes allow users to examine opaque specimens in three dimensions. They are ideal for studying insects, plants, gems, jewelry and circuit boards.

Modern stereomicroscopes typically utilize a Greenough design with twin body tubes inclined at 45deg to produce the stereoscopic effect and a rotating drum system containing pairs of Galilean lenses that can be inserted into the optical pathway to increase or decrease magnification.
5. They are more versatile

Stereo microscopes utilize two distinct optical pathways for each eyepiece to give an enhanced sense of depth, making them great tools for dissecting samples.

Microscopes come equipped with one fixed objective, multiple lens turret or zoom capabilities - these components combine to determine magnification levels.

https://advancetech.co.in/product/tokii-sm0745vs/ feature low magnification levels and are best suited for viewing transparent specimens such as insects, crystals or plant life.
6. They are easier to clean

Microscopes must be maintained regularly to function at optimal performance, including cleaning away dust and smears from lenses and frames.

Microscopes must also be easily adaptable to users' physiques and work habits in order to prevent repetitive stress injuries from prolonged microscope use. Therefore, ergonomic accessories are an essential consideration when purchasing a stereo microscope.
7. They are more accurate than compound microscopes

Stereo microscopes feature higher magnification than compound microscopes, making it possible to view larger specimens/objects more clearly without cutting into pieces or cutting a specimen in half first. Their wide working distance enables objects such as leaves, thin branches and circuit boards to be observed more easily without cutting them up into separate pieces first.

Stereo microscopes feature a simple stage for specimen viewing and may come equipped with either black or white stages for enhanced contrast, stage clips for holding thin samples, as well as coarse focus controls suited for lower magnification powers.
8. https://advancetech.co.in/product/tokii-sm0745/ are more accurate than binocular microscopes

Most stereo microscopes use reflected illumination to magnify opaque objects, but some models also offer transmitted illumination - placing a light source beneath a transparent stage and letting light pass through depending on its thickness.

Some models feature reversible black and white stage plates to offer different levels of contrast, and feature a focus knob to help bring an object into view.
9. They are more accurate than stereomicroscopes

Stereo microscopes deliver strong stereoscopic images without the need for objects to be prepared and placed on slides; in addition, their longer working distance makes them better for handling samples.

Biologists use dissection microscopes for dissections, botanists to study plants, and dermatologists for examination of skin. Furthermore, manufacturing companies utilize them as quality control measures and sample sorters.
10. They are more versatile than binocular microscopes

Stereo microscopes possess the unique capability of producing images that appear three-dimensional, thanks to having eyepieces with differing optical pathways enabling triangulation.

These microscopes are perfect for viewing opaque objects such as coins, stamps, fabric weaves, insect wings and small electrical components. Furthermore, they can also be used to dissect specimens like cells and tissues.
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