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You have your new microscope but you are not done with it yet. On top of purchasing the microscope, you need microscopy accessories to keep your instrument in top shape and to enhance its imaging performance.

Accessories to Accessorize With

A functional wristwatch or a real leather briefcase can do much to improve one’s corporate image. In microscopy, accessories are designed to protect the microscope and to give microscopy convenience. Say if you are in the middle of doing microscopic research, you do not drop what you are doing because you ran out of slides or immersion oil, which are the basic accessories of a microscope. Can you imagine the magnitude of the disaster?

You will also require a carry case for your microscope, dust covers, clamps, black and white stage plates, stage clips, and much more to satisfy your microscopy needs. On the other hand, auxiliary accessories will depend on the type of microscope you are using.

The auxiliary accessories encompass a diverse range of items. There are micromanipulators, stands, temperature control stages, and stage incubators. There are also mechanical systems to customize science research.

Before buying that microscope, check out the microscopy accessories take note or make a list of the items you might need for the interiors of your microscope. However, do not attempt to replace interior parts unless you know the nuts and bolt of your microscope’s insides. Suppliers of microscopes will be willing to do the job for you.

The Difference Counts

Microscopes have different functions and technology specializations; hence these require different microscopy accessories. Each microscope demands a different, if not unique, sets of accessories. When you take home a microscope, say a digital microscope, you will need imaging software. For a fluorescent microscope, enhanced illumination plays a factor; you’ll be shopping for better illumination accessories.

If what you have is an ocular piece, lenses are available should you need a new set. But for a digital microscope you will need a larger monitor or screen to enjoy greater magnification of your specimen or subject. As a rule, pricier accessories reflect quality, especially if you are dealing with a specific brand. Makers of microscopes have accessories for their different types of microscopes and models.

There are cheaper accessories available. These can come in handy if money is tight but if you can, always get the same brand accessories for your microscope. The manual that goes with your microscope is a big help if you want to know specific details of your microscope accessories needs.

Nothing Lasts Forever

Things come and go. Microscopes too. If you have been using your microscope for years and its beginning to show wear and tear, count and compare the cost of costly repairs with the frequent purchase of accessories.

The local dealer should have a wide range of selections for your microscopy accessories. If your microscope brand does not have the accessory you need, you can always find a different make of accessory that can be easily integrated into your microscope.

With proper care and handling, your microscope will go a long way but along the way you’ll need microscopy accessories. It’s better to know what you will need later and where to get it.

CanScope – complete solution for all your microscopy needs.

Contact: 1-877-56SCOPE(72673) or info@CanScope.ca

Looking for microscopy accessories in Toronto? If you need Achromat and Plan Apochromat Objectives in Toronto or biological microscopes in Toronto, you can find it all in CanScope.ca. Visit the site now.

Thinking of yanking your kids out of school and teaching them yourself?

The number of parents choosing to homeschool their children are rising. Besides being a very economical option, it allows parents to actively participate in their child’s education. However, some parents worry about their competence, especially when it comes to teaching upper grade courses like the more specialized science of Biology. The mere mention of the subject brings to mind biological microscopes in antiseptic-smelling laboratories and white coats — definitely something that would intimidate a parent without a degree.

But beyond this preconceived notion of difficulty (and perhaps the fear of using biological microscopes), teaching your child high school biology is challenging but definitely doable. Here are some useful tips to help you through the rigors of biological studies with your teen:

1. Get access to a laboratory.

Either you set up one at home, look up possibilities at the local library, or ask your local school district for help, it’s very important to have access to one. You probably don’t need to use it very often, especially if you’re using the nature study approach. But you will definitely need use of at least student-grade biological microscopes. To spice lessons up, try getting the more powerful stereo microscope fitted with cameras or video monitors.

2. Try nature study to keep it fun.

Biology is a boring subject to those who are not especially gifted. And because your child is mostly studying from home, it’s important to fan the interest despite the boring nature of the subject. How do you do this? Be creative!

Instead of just using charts and color photographs, take your teen outdoors and study nature outside. The trip can be a combination of fun and learning if you bring sturdy biological microscopes along with your digital camera, and put learning objectives on your itinerary.

3. Know what to use, when, and how.

Biological microscopes are great tools for learning. But there are other equipment you can use as well. Visuals are very important because recall is better if lessons come in graphic, colorful images. Toss in the fact that the organism appears truly alive under a microscope and it becomes unforgettable to a curious teen’s mind. How light plays on different substances is rarely visible to the naked eye. But with polarized light microscopes, you can distinctively see optical properties of both isotropic (usually liquids and gases) and anisotropic materials (about 90 percent of solids).

Distance education programs are also excellent tools you may want to add to your repertoire as an educator. The materials in an online course are wonderfully illustrated and you’ll find detailed explanations for each lesson. In biology classes, you’re likely to find clear color photographs of what you’d see under a biological microscope when you’re instructed to do so. It won’t only give you the help you need for homeschooling your child, it also gives you the opportunity to learn. You can use an online program as a tutor and real life laboratory work to see it for yourself.

CanScope – complete solution for all your microscopy needs.
Contact: 1-877-56SCOPE(72673) or info@CanScope.ca

Biological microscopes are wonderful tools for discovery. Check out CanScope.ca’s selection of microscopes in Toronto, microscope accessories Toronto, and more today!

When you look at something under a microscope, the intensity and distribution of light must be clear and equal. Otherwise, you will not be able to study all aspects of the specimen. The notes you make about your observation will not be valid. It is true that you will still be able to see a good number of parts of the specimen but the shadows or yellow sheen created by a substandard illumination will most likely affect your observations negatively. This was the problem of scientists before. Thankfully, a German professor named August Köhler came up with a revolutionary way to illuminate objects in a sample plane. He invented the Kohler illumination in 1893.

Answering Questions That Led To A New Way of Doing Things

August Köhler was doing his graduate studies when he discovered the new way to illuminate objects on the sample plane of microscopes. At that time, there were many methods used to brighten objects under the microscope. One involved using gas lamps. Another mirrors. When they finally used bulbs, the filament of the bulb they used was visible in their microscope’s sample plane. Needless to say, these methods were not satisfactory.

By trying to come up with solutions on various microphotography problems, August Köhler was able to invent the Kohler illumination. But it was not until he was hired by the company Carl Zeiss AG that his invention was truly given enough attention. Until today, Kohler illumination is still used. It has also been the basis for the more modern method of microscope illumination.

How to Set Up Kohler Illumination

This system needs a bulb with high density illumination, field diaphragm, condenser diaphragm, collector lens, and condenser lends. The first thing that you need to do is to set up your specimen. Close the field diaphragm until you see its edges. The edges will be blurry at this point. Now turn the condenser knobs to make the edges as clear as possible. Then center the image of the closed field diaphragm. Do this by using the condenser-centering screws. After that, you open the field diaphragm just a little bit to bring its edges out of the field of view. Then adjust the condenser diaphragm to adjust your sample’s contrast. If the light is too intense, you may have to adjust it. The best way to do this is to use the proper filters. It is not advisable to reduce the power supply as this will give the sample a yellowish or brownish look. Once these steps are followed, you will be able to enjoy sample analysis without any light interference. Your experiment or observations will not have shadows or uneven lighting.

If these steps don’t work, your lens probably need cleaning. Dirt in the lens and other parts of the microscope will greatly affect the quality of your image. If you still do not see a well-illuminated sample, you may have to do the steps again to check if you did them properly.

CanScope – complete solution for all your microscopy needs.
Contact: 1-877-56SCOPE(72673) or info@CanScope.ca

Do you want to set up Kohler illumination on your microscope? Visit CanScope.ca for the components needed. They also have many kinds of microscope, such as the metallurgical microscope in Toronto and the fluorescent microscope canada that may be useful for your research.

When you hear the term inverted microscope, you probably think of observing samples from under a microscope. You probably get an image similar to a car mechanic fixing something under a vehicle. It is a funny image but this is not exactly the case when it comes to these kinds of microscopes. The only inverted parts of these tools are the source of light and the objectives that enable you to see the sample plane. Besides, a microscope that places the observer under the equipment will be ill-designed. Just imagine the risks of the specimen toppling and falling onto the observer.

What Does an Inverted Microscope Look Like?

An inverted microscope has the light source and condenser on the top. They point down to the stage where the specimen is placed. The objectives and turret are under the stage. They point up to the bottom of the plane. Just like upright microscopes, the specimen is placed on top of the stage. The binoculars are not pointing up, as one would imagine, but pointing down.

How Does an Inverted Microscope Help in Living Cells Studies

Results of living cells studies should be derived from observations of live cells. This can be done with a typical upright light microscope. The method involves taking a small sample, placing it on glass slide, covering it with a slip, and keeping it moist with water. This is effective and has been used countless of times. However, there are some pitfalls to this method. First of all, by taking a sample from the culture, you are most likely altering the natural processes of the cells. Moreover, the cover slip will put pressure on the specimen, thus altering its processes, too. The water that you use to replenish the sample can also affect its life. Obviously, using an upright light microscope is not ideal for a prolonged observation of living cells.

But if you utilize an inverted microscope, the chances of observing them for a long period of time increases. This is possible for various reasons. One is that you will not have to remove a sample to be placed in a glass slide. The design of the microscope allows for bigger objects to be placed on the sample plane. For instance, if your sample is in a petri dish, you can place it on top of the stage. This way, there will be no pressure on your specimen and the environment will not be altered with constant water replenishment.

Since living cells constantly change from one form to another, being able to observe them for a longer period of time without killing them is essential if you are to study them. Sure these microscopes are a little bit expensive but if living cells study is your field, it is wise to invest in one. The results of your studies will be a whole lot better and you will not regret ever buying it. There are also aspects where the microscope can still be improved but you cannot deny the fact that in most cases, using this microscope is better than using a light microscope or an electron microscope.

CanScope – complete solution for all your microscopy needs.
Contact: 1-877-56SCOPE(72673) or info@CanScope.ca

If you are interested in purchasing an inverted microscope in Toronto, you can visit CanScope.ca. Aside from inverted types, they also have upright microscope and accessories, such as an epi-fluorescent attachment for you to choose from.

The world is beautiful – you know that. As a child, you were amazed at how wonderful the color of the rainbow is. You were even amazed at the thought of night and day.

Then, when Science class came, these magnificent natural phenomena are made more splendid when you learned that night and day is because of the Earth’s rotation. You marvel at yourself when you knew that rainbows are not because of magic, but of light’s wavelengths passing through raindrops.

Still, there are so many things that you have no answer yet. There are still so many things that you need to know. Like, what is numerical aperture? What are Achromat and Plan-Apochromat Objectives?

And of course, there’s that “small side -” the side that you don’t understand because you simply cannot see it using your naked eyes alone. You talk about atoms and molecules but you have not really come close to seeing them. Good thing though that the world came up with the microscope.

Yes, through the microscope, the world became more visible – and more understandable. Wait – there’s more good news! You can now make use of microscopy accessories. When you cannot afford to buy those very expensive digital or electron microscopes, you can always use microscopy accessories instead.

Here are some of them:

Pocket Microscope

This is one of the microscopy accessories that does not live up to its size. The pocket microscope maybe small but it is a powerful one. This is also sometimes referred to as a “pen microscope” because it comes with a pen clip. As such, you can conveniently clip this onto your shirt pocket for a more dramatic effect. And of course, you won’t have any problems regarding magnification because pocket microscopes come in different magnifications to suit your every need.

Microfilm viewer

If you are confronted with situations when you need to see through a microfilm or even an x-ray film, you sometimes panic because naturally, you cannot really see through it without the use of special gadgets. Good thing though that today, you can already seek the aid of a microfilm viewer. This small accessory makes use of high quality glass optics and comes with a handle. This is also one of those microscopy accessories that considers its user: the microfilm viewer is specifically designed to minimize eye fatigue – a consequence if you work for long periods of time.

Flexible Stand Loupe

This accessory is made up of a loupe (a small magnifying glass), a flexible arm and a solid stand. This is indeed ideal for inspecting specimen on a working table where you need both of your hands free. The arm is flexible enough for any position. Therefore, you can continue to inspect a specimen while maintaining good posture and taking advantage of the best lighting conditions.

So you see, it’s not only the microscope that can give you a “better view on things.” There are a lot of microscopy accessories out there that can do the same job of aiding your eye. They are cheaper, lighter and smaller.

So the next time that you are confronted with a “viewing problem,” don’t go chasing microscopes directly. Try one of the microscopy accessories mentioned above. You’ll see that they’re equally great in bringing you the beauty of the smaller things in this world.

CanScope – complete solution for all your microscopy needs.
Contact: 1-877-56SCOPE(72673) or info@CanScope.ca

Looking for microscopy accessories in Toronto? Visit CanScope.ca. Click on their website as well to learn about numerical aperture and Achromat and Plan-Apochromat Objectives in Toronto.

Kids are curious. They speak their mind. They want an explanation for everything. Kids always ask why. As such, their curiosity must be satisfied. If you are a parent and you notice that your kid has displayed a keen interest on medicine, buy him toys about the different systems and organs of the body. If your nephew, for instance, is a bit curious about astronomy, buy him a solar system toy. This is a cheap yet great way of getting him/her started in following the footsteps of Nicolaus Copernicus.

If you noticed that your kid has shown interest on the micro-world – perhaps you observed that he constantly plays with his magnifying lenses – then get him one of those educational microscopes. Don’t go for toys – get a real microscope, but at a lesser price.

There are many educational microscopes out in the market. They are especially designed for children – to satisfy their curiosity about the things that they cannot see using their naked eyes. By telling them that they can see what a drop of blood really looks like through these educational microscopes, perhaps, they would never be frightened anymore the next time that they go to the lab and have a blood extraction. Do tell them however, that educational microscopes cannot let them see ghosts. In this context, ghosts do not fall under the category: “invisible to the naked eye.”

But with the many versions and types of educational microscopes out there, how do you know which one to choose? How do you know which one to buy? Do you even know what an educational microscope looks like?

Well, you don’t need to have a Masters Degree or a PHD to know what an educational microscope looks like. You simply have to ask the right questions. Surely, stores that specialize on microscopes know the difference between veterinary microscopes and educational microscopes.

The store attendants may present to you different models, such as The Travel Lab, the MicroQuest, The Explorer II and The Observer III. That’s a lot to choose from. But the secret to getting the educational microscope perfect for your kid’s needs is in matching his/her preference and your budget.

If your kid is aged 10-12, for instance, he may find The Observer II appealing because he can make a lot of adjustments with that model. But if he is younger than 10 year old, and is just starting to exhibit his interest in Science, then you can get the Travel Lab or the MicroQuest for a start. These are the best in starter scopes and they even come with microscopy accessories such as specimen containers and blank slides. Plus, this type of educational microscope would not cost you much.

As a parent (or a guardian, an aunt, an uncle a godfather or practically anyone dealing with kids), you need to support your child’s education. Not all kids are natural observers and natural inquisitors. Thus, if your kid happens to be one, nurture such instinct. Get him one of those educational microscopes right away. At 10 years old, he may not know yet what a fluorescent filters cube is. But with your guidance and support, it won’t be for long before he can explain to you what that term truly means.

CanScope – complete solution for all your microscopy needs.
Contact: 1-877-56SCOPE(72673) or info@CanScope.ca

For all your microscopy needs – microscopes in Toronto, educational microscopes and even a fluorescent filters cube – visit CanScope.ca. What are you waiting for? Check out site now and be amazed!

Have you ever wondered how doctors and scientists seem to know exactly how cell divides, what they look like, and what they do? At some point in your life, you may have peeked under a microscope in a biology class. You probably felt the images weren’t that interesting or colorful. But if you had done the looking through a fluorescent microscope, you would have whistled a a different tune. Why?

Light and Colors

Contrary to the common field microscope that uses reflection and absorption techniques to create magnified images of specimen, the fluorescent microscope uses light to excite specimens to emit light of longer wavelength. Fluorescence is an intrinsic property of substances where it becomes luminescent when excited by a radiation. Simply put, a fluorescent microscope is a light microscope with extended capabilities and added features. A more intense light is used in microscopy that excites fluorescence in the specimen which then emits a longer light wave length. Scientists use markers to distinguish emitted wavelengths by different colors. This technology shows digitally clear color images of microscopic organisms under probe. This technique of using transmitted light through a specimen is known as Kohler illumination, after the brilliant mind who sought to overcome the limitations of previous technologies, August Kohler.

Fluorescent Microscope in Life Sciences

Unlike metallurgical microscopes used for inspecting ceramics, metals and other inorganic materials, the fluorescence microscope finds its best uses in biology and life sciences. Rapidly expanding observation technique in medicine and biology, a range of more sophisticated techniques has evolved from it. More advanced technologies such as the multiphoton and canfocal microscopies are now combined with chromophore and flourophore advances now make intracellular observations even in unicellular molecules possible. Where the cell was acknowledged to be the smallest biological unit a few decades past, components of the human DNA are no distinguishable observations under these powerful tools.

Some have an inverted frame most suitable for viewing tissue cultures and similar applications. These designs provide illumination using an episcopic optical pathway.

Examples of Fluorescence Microscopes

Olympus BX51 Upright Microscope is a modern design of an epi-flourescent microscope with a vertical illuminator. The illuminator houses a xenon or mercury arc lamp and a turret of filter cubes. Source light travels through the lamp house through two diaphragms and into the cube holding the excitation and emission filters, as well as a dichroic mirror

Olympus IX70 Inverted Microscope. This inverted frame uses epi-illumination from an internal lamphouse. Light travels from the lamphouse via a collector lens into a cube holding the filters and a dichroic mirror

Both these examples are professional or research grade equipment. These both show the full range of capabilities a basic illuminating microscope is capable of. There are even more powerful microscopes with far more advanced features using highly advanced techniques. One of the more popular ones, confocal microscopy, now offers point-scanning capabilities with the latest from Olympus, the FluoView Laser Scanning Confocal Microscopy.

Other highly advanced techniques like Multiphoton Excitation Microscopy combine multiple techniques to capture high-definition, three-dimensional, and full color images of specimens. These are the best there is in research equipment, and these will change your life from the very first instant that you use them.

CanScope – complete solution for all your microscopy needs.
Contact: 1-877-56SCOPE(72673) or info@CanScope.ca

Yes, you can see the invisible with a fluorescent microscope in toronto. Get started using one – or a metallurgical microscope – and learn more about Kohler illumination! Visit CanScope.ca today.

Looking at the world through your naked eyes is a treat in itself. However, looking at the life and its creations and creatures through a compound microscope is a whole different ballgame mainly because you start to gain an appreciation for life’s intricacies and subtleties in more ways than one.

As such, before splurging on something as important as a compound microscope, be sure that you factor in these compound considerations that go into buying it. These factors ought to make certain things clearer to your mind’s eye much as a microscope makes things clearer to your naked eye.

Parts

Plastic parts might be cheaper and colorful than metal parts in a microscope, yes, but you must opt for durability and quality more than beauty and quantity. As such, always choose microscopes that are made of mostly metal parts.

You will get more mileage from a metal microscope, not to mention that it ought to retain its basic beauty even after years of use. Plus, it does look more professional sitting atop your home lab desk than a toy plastic microscope!

Also, do opt for all-glass lenses. Although there are toy microscopes that promise magnifications of up to 600 times, their lenses simply will not allow for said power.

Power

A compound microscope usually comes in two basic types: low power and high power. Each type has its applications although the high power microscope is preferred for most laboratory activities.

The low power microscope magnifies visible specimens from 10X to 80X their normal sizes. Think of things like grains of sand, coins, fabric, small insects and leaves, which a budding scientist will be interested in exploring in minutiae.

The high power microscope, on the other hand, allows for magnification of 100X-1000X of invisible objects like blood cells, microorganisms and bacteria. This compound microscope, of course, requires proper training and handling.

Of course, if the microscope is intended for children, a low power type ought to suffice since it does not require elaborate specimen preparation and complex operation. When the children gets older and still have need of a microscope, then it is logical to purchase the high power type.

Price

Now, price is the last consideration because you ought to be willing to pay for a quality microscope. You don’t have to worry too much about the price though as you can purchase a good microscope for as little as $100!

If you do settle for a cheaper microscope, be sure that it fits your needs perfectly. After all, you don’t want to shell out money for a compound microscope that will not prove itself worthy of its price, no matter how small it may be. Don’t compound your money woes with virtually useless equipment, in other words.

When all these factors are considered in your purchase of the perfect compound microscope, you will discover that life, indeed, can be good despite the nitty-gritty details that we might not want to see. Think of the additional cost but, hey, when it comes to education for the whole family, nothing should be too expensive!

CanScope – complete solution for all your microscopy needs.
Contact: 1-877-56SCOPE(72673) or info@CanScope.ca

Visit CanScope.ca for your microscope needs. Choose from a fluorescent microscope, a trinocular microscope and a compound microscope in Toronto today!

Welcome the Digital Age through a digital microscope! With its eight benefits to be enjoyed, all other microscope will look small in comparison, pun intended.

Integrated Illumination

With optical microscopes, the separate illumination makes for a more complicated setup and lesser precision in reproducing the same image. Keep in mind that a small change in illumination makes for a substantial change in the image seen through the microscope.

Not so with the digital microscope! Its integrated illumination means that preliminary setup procedures are virtually eliminated. Plus, you can reproduce the same image over and over again precisely because the illumination basically remains the same.

No Target Disassembly Required

To make setup easier, you don’t have to disassemble – cut up, chop down, process – the target since it can be studied as is, thanks to the portable lens of the microscope. Basically, it’s a point-and-magnify process where you just point the lens towards the target and then magnify it according to your needs. As such, you can make quick analysis of the target!

Finer Depth of Field

Of course, optical microscopes can provide magnifications of 1000 times. However, the depth of field suffers in comparison to a digital microscope by at least 20 times! If you want finer details of the target, you just need to adjust the focus and voila! You have a clearer and deeper picture of the target.

Depth Composition and 3D Display

In addition to depth of field, you are also provided with sharper images of targets. This allows for 3D projections that represent the target conditions at the minutest detail, which is not often possible with an optical microscope limited to 2D images. Think of the detailed studies possible of the subtleties of the target!

Zoom Lens Feature

Unlike an optical microscope with its knobs to increase magnification, a digital microscope has a zoom lens feature that allows for quick and easy magnification. You don’t have to lose sight of the target while searching for the optimal magnification at which you can study it in detail.

All-Angle Study

There are times when you simply must view the target at all angles without losing focus. In digital equipment like the microscope, this is made possible through the 360-degree rotational capabilities of the digital microscope’s camera. Other features like the multi-viewer system and the origin check function, if it’s available, also provide for said versatility. Easy Share in Real Time

In an optical microscope, everybody has to take turns peering at the eyepiece just to get a similar view of the target, which is time-consuming, to say the least. With the digital type, the image of the target can be projected on a bigger screen and, hence, many people can see the same image at once. This is a great tool in a class setting.

Easy Save

Unlike an optical microscope where the process of saving the images can be complex – from microscope to media to computer – its digital counterpart allows for direct saving on its onboard hard disk drive. And the best thing is that you can organize the images directly on the microscope!

So, with all these benefits of a digital microscope, isn’t it about time that you get one fro yourself?

CanScope – complete solution for all your microscopy needs.
Contact: 1-877-56SCOPE(72673) or info@CanScope.ca

Visit CanScope.ca for your microscope needs. All of their microscopes, from the student’s microscopes , to the research microscope to the digital microscope in Toronto are a joy to own. Buy now!

Microscopes come in many forms and types. Gone are the days when the only terms related to the microscope are the electron and the compound microscopes. Today, there are numerous kinds and you don’t even know what each is really used for. You can’t even differentiate one type from another.

To clear that clutter on your mind, let’s get a few things straight.

First, the modern microscope can be classified according to compound or stereo. The compound microscope uses only one eye-piece (that cylindrical part of the microscope that you put your eyes on to see the specimen being examined). On the other hand, the stereo microscope uses two optical paths and has the ability to give you a 3D image. It is for this reason that this kind of modern microscope is very popular in surgery and in dissecting objects and even machine tools.

Second, there are two frame types of the modern microscope: the upright microscope and the inverted microscope. For you to have a clearer understanding on the difference of the two, you must be familiar with the major parts of the microscope first.

* The Illumination system – this refers to the group of parts that gives lighting to the specimen. This group includes the lamp, the condenser, the diaphragms (or pinhole apertures) and the rheostat, among others.

* The Stage – this is where the specimen rests. Usually, the specimen is held in place and moved with the use of clips and a micromanipulator, respectively.

* The Lens system- these are the group of parts responsible in forming the image. This includes the eyepiece, objective lenses, tube and the nosepiece (the mount that holds several objective lenses).

To distinguish an upright from an inverted microscope, you only need to remember the placement of the three major microscope parts mentioned above. The upright microscope is your standard view of a microscope: on top is the lens system, followed by the stage, and then the illumination system. The inverted microscope, on the other hand, has the reverse sequence. You have the illumination system on top, then the stage, followed by the lens system.

Does an inverted microscope make sense? At the outset, the idea might seem ridiculous. But upon careful consideration, you’d realize how useful an inverted microscope is.

This kind of frame is very useful in examining a specimen that’s either too large or too heavy. Yes, an inverted microscope would come in handy if you want to study cells in suspension. This is because the lenses are closer to the bottom of the specimen – where the cells are. Thus, it makes more sense to make use of an inverted microscope rather than an upright microscope in this scenario.

Microscopes – just like cameras – use accessories too. Among the widely used accessories are: the Epi-fluorescent attachment kit, a mechanical case, or even a microscope case. These make your microscope become more powerful (just when you think they could not get any more powerful, huh?).

So there you are, a little clarification about the many terms related to the microscope. To review, the modern microscope can be classified as either stereo or compound. But in relation to frame types, only two words must come to mind: upright and inverted. Easy enough, right?

CanScope – complete solution for all your microscopy needs.
Contact: 1-877-56SCOPE(72673) or info@CanScope.ca

Looking for an upright microscope or an inverted microscope in Toronto? Check out CanScope.ca. Visit the site too for more choices of Epi-fluorescent attachment kits.