![Picture](/uploads/2/6/5/5/26551454/9669586.jpg?134)
The invention of the microscope has opened up a whole new dimension in science. By using microscopes scientists were able to discover the existence of microorganisms, study the structure of cells, and see the smallest parts of plants, animals, and fungi. Today, the microscope is still a commonly used tool to diagnosis illness in hospitals and clinics all over the world.
Because of its use, it is essential for every laboratory to have a good microscope. The problem is all good microscopes are kind of expensive.
Microscopes can be as expensive as some luxury automobiles are, and they can depreciate in value just quickly on their trip home. There are expensive models from German and Japanese manufacturers that can cost as much as a new Mercedes-Benz automobile. There is also a set of inexpensive, high-quality microscopes that sell in the $150 to $1,200 range. Another option is buying used microscopes.
People buy used microscopes because they can often get a better deal than if they were to buy new ones. Other people are fond of products that are not made overseas, and currently, many used microscopes are made in China.
Buying an Olympus Used Laboratory Microscopes can be a great way for many enthusiasts to get more bang for their buck by purchasing a better microscope at a lower cost. Most new microscopes depreciate significantly the moment that they leave the store, so finding a good used microscope can be a great idea. Used microscopes can be purchased from independent sellers, from specialty stores, and from online retailers like eBay.
Buying Olympus Used Laboratory Microscopes requires much more research and time than buying a new microscope does. However, shoppers can find a higher-end version for much less when buying used, which is a big incentive to many buyers. Those purchasing a used microscope should be very careful to know exactly what they are looking for in terms of make, model, and history of the microscope.
Another consideration in buying microscope aside from the prize is its kind. There are two kinds of microscope, the first one is the compound microscope and the other one is the stereo microscope.
A compound microscope is a microscope fitted with two or more convex lenses. The high magnification produced by these lenses together enables a detailed study of micro-organisms, cells and tissues. These types of microscopes are therefore widely used in scientific and medical research.
Compound Microscopes are so called because they are designed with a compound lens system. The objective lens provides the primary magnification which is compounded (multiplied) by the ocular lens (eyepiece). Visual information produced by compound microscopes is two dimensional, as opposed to those produced by stereo microscopes which are three dimensional.
Stereo Microscopes are used in many high power or low power microscopy applications, including PCB inspection, biological analysis, or quality control. Stereo Microscopes are optical microscopes that use incident light illumination for inspection. Stereo Microscopes offer a broad range of magnification options, along with features such as zoom capability or interchangeable objectives in higher-end models. Many Stereo Microscopes also offer video adaptability for video microscopy applications.
Because of its use, it is essential for every laboratory to have a good microscope. The problem is all good microscopes are kind of expensive.
Microscopes can be as expensive as some luxury automobiles are, and they can depreciate in value just quickly on their trip home. There are expensive models from German and Japanese manufacturers that can cost as much as a new Mercedes-Benz automobile. There is also a set of inexpensive, high-quality microscopes that sell in the $150 to $1,200 range. Another option is buying used microscopes.
People buy used microscopes because they can often get a better deal than if they were to buy new ones. Other people are fond of products that are not made overseas, and currently, many used microscopes are made in China.
Buying an Olympus Used Laboratory Microscopes can be a great way for many enthusiasts to get more bang for their buck by purchasing a better microscope at a lower cost. Most new microscopes depreciate significantly the moment that they leave the store, so finding a good used microscope can be a great idea. Used microscopes can be purchased from independent sellers, from specialty stores, and from online retailers like eBay.
Buying Olympus Used Laboratory Microscopes requires much more research and time than buying a new microscope does. However, shoppers can find a higher-end version for much less when buying used, which is a big incentive to many buyers. Those purchasing a used microscope should be very careful to know exactly what they are looking for in terms of make, model, and history of the microscope.
Another consideration in buying microscope aside from the prize is its kind. There are two kinds of microscope, the first one is the compound microscope and the other one is the stereo microscope.
A compound microscope is a microscope fitted with two or more convex lenses. The high magnification produced by these lenses together enables a detailed study of micro-organisms, cells and tissues. These types of microscopes are therefore widely used in scientific and medical research.
Compound Microscopes are so called because they are designed with a compound lens system. The objective lens provides the primary magnification which is compounded (multiplied) by the ocular lens (eyepiece). Visual information produced by compound microscopes is two dimensional, as opposed to those produced by stereo microscopes which are three dimensional.
Stereo Microscopes are used in many high power or low power microscopy applications, including PCB inspection, biological analysis, or quality control. Stereo Microscopes are optical microscopes that use incident light illumination for inspection. Stereo Microscopes offer a broad range of magnification options, along with features such as zoom capability or interchangeable objectives in higher-end models. Many Stereo Microscopes also offer video adaptability for video microscopy applications.