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Did you know that the field of stamp collecting (also known as philately) has been in existence for over 180 years? The hobby took off almost immediately after the first postage stamp was introduced in 1840, and is still enjoyed by millions around the world today. The small size of stamps spurred an interest in magnifying glasses – and later microscopes – as enthusiasts sought a closer look at their collections. Today, with the advent of scanners and digital microscopes, philatelists have more options than ever.

Compound microscopes are interesting. They let you see objects and organisms far too small to be seen with the naked eye, simply by shining a light into some transparent lenses. But while the concept is simple, the design is a little more complicated. Here’s a look at all the different parts of a microscope, so that you can get a better idea of how a microscope works.

Choosing microscopes for a school can be a daunting task. You will need to look beyond basic functionality and price – to consider the layout of your classroom, your students’ needs and the actual design of microscope. It’s not easy, but it doesn’t have to be hard.

Every patch of sand has its own character and history. You can find everything from tiny, polished gemstones and volcanic glass to fragments of ancient sea creatures. But how do you get the best look at sand? With a trusty microscope, of course.

 If you’re working with any naturally reflective material, such as electronics, metals or even layers of skin, excessive glare can hide important details or defects. Dino-Lite polarizing microscopes contain special filters that allow you to drastically reduce glare, letting you see the task at hand in much greater detail.

Optical microscopes are useful, versatile and inexpensive, but they are inherently limited by physics. Visible light has a set range of wavelengths. And the wavelengths of optical microscopes light are too long to resolve extremely small objects. Essentially, if an object is smaller than half the wavelength of light, you won’t be able to use light to see it. You need something with an even shorter wavelength. Enter the electron microscope.

If you’re interested in attaching a camera to your microscope, you’re going to need a suitable C-mount adapter. But before you rush out and grab any old adapter, there are several important things you should know. This article explains the relationship between a C-mount adapter and the size of your camera sensor and provides you with a handy rule of thumb for maximising your field of view.

With innovative products and an affordable range, Dino-Lite is a popular choice for soldering work and electronics inspections. The range is versatile, portable and cost-effective. With a generally long working distance, high image quality and excellent software support, there is a Dino-Lite model that will be well-suited for all your soldering and inspection needs.