There are many types of microscopes, and they may differ with the number of viewing ports they have. Those that have only one are referred to as monocular microscopes; two, binocular, and three, trinocular. You can use the vertical port along with the eyepiece so another person, preferably an instructor, may be able to observe the specimen. It can also be utilized so you can connect the video or the adapter. You can also use the extra port to connect a still camera into the microscope.

Building Your Own Stereoscopic Trinocular Microscope

One of the microscopes that make use of an extra port is the stereoscopic microscope. There are aplenty in the market; however, it may be possible that you want to build your own. As a matter of fact, it doesn’t have to be as scary as you thought. Even a regular school kid can do it. You just have to make sure that all the elements in building one are present. These include a condenser, illuminator, eyepieces, and prisms. You can find cheap but effective pieces in the market, with an overall cost of below $30 for you.

A typical stereoscopic microscope can allow you to observe a specimen or sample thoroughly, but it may not have a very strong kind of magnification, unlike the compound microscope. However, this is actually good as those microscopes with much weaker type of magnification can permit users to view specimens more easily. They won’t appear as huge and, worse, blurry to the eyes.

You can also make use of the stereoscopic microscopes in order to study coins. That’s why they are indispensable tools for coin collectors and evaluators. Microscopes may either be binocular as well as trinocular in form. The latter doesn’t only have a pair of eyepieces but they also include an extra port where you can attach a camera or a video so you can store images and videos. Stereoscopic microscopes are preferred by coin collectors because they can easily spot any flaws on the coin’s surface such as any date that appears faint or mint mark. You can also use the microscope to see if you have cleaned the coins properly.

How to Decide the Right Trinocular Microscope

When you are searching for the right trinocular microscope, there’s one thing that you need to keep in mind: where you are going to use. Knowing what you want to see in the microscope or what you like to do with your image will help determine what type of microscope you will be using. There are actually two kinds of microscopes. These are the stereo microscope and the compound microscope. The compound microscope may be ideal if you want to see living cells with the highest level of magnification. If you are thinking of inspecting the circuit boards and other technical parts, you may have to utilize the stereo microscope.

However, you have to take note of other daunting tasks that may have some relation to your current study. For example, if you are concerned of determining the purpose of neurons, you may have to utilize a more complex instrument other than a stereoscopic trinocular microscope.

Now, another thing to consider is the person who is going to utilize the precision instrument. The trinocular microscope will be ideal for teachers who need to educate their students about specimens in real time. They are also excellent for medical experts and scientists who may have to share images to come up with a good conclusion about a certain subject.

Using Trinocular Microscopes for Video and Photography Applications

Unlike the compound microscopes which can give you a 2D image, the stereo microscopes may give viewers a 3D image of the specimen or the sample.

There are also many applications that compel you to capture, showcase as well as store the images so you can study the specimen so much better than by looking at them through the eyepieces. Photomicrography was considered to be an alternative for microscopes for such a long time, but it was only recently that they have been adapted to inexpensive microscopes, including trinocular ones. This further increases the flexibility as well as the popularity of imaging in microscopes. Rather than using slides during the lectures, professors can simply display images in real-time through computers or projectors. You can also compile these images in a CD so you will be able to use them for future studies. Video and images can also help diagnose specimens much more quickly and accurately.

Get more information about trinocular microscopes at digitaltrinocularmicroscopes.com.