google.com, pub-3944954862316283, RESELLER, f08c47fec0942fa0 Have you ever used a carbon fiber microscope before? These scientific tools are incredibly useful in the world of science, capable of capturing incredible images and information. Let’s explore the basics of carbon fiber microscopes so we can understand what exactly they are and how they work so that you can […]
At Optical Mechanics, we are serious about high-quality optical instruments and that is why we dedicate so much time to our microscopes articles.
google.com, pub-3944954862316283, RESELLER, f08c47fec0942fa0 If you’re looking to familiarize yourself with the different parts of a microscope, you’re in luck! This article is about the diaphragm on microscopes, what it is, and how it works. What Is a Diaphragm on a Microscope? An iris diaphragm is an adjustable aperture used to control the amount of
google.com, pub-3944954862316283, RESELLER, f08c47fec0942fa0 In the wide range of microscopes available, quite a few have different applications. While you may expect most microscope models to display close-up microscopic images, some can translate those images into other forms. The thermal imaging microscope is one such example. A thermal imaging microscope is a type of microscope that
google.com, pub-3944954862316283, RESELLER, f08c47fec0942fa0 You’ve likely encountered this scenario before if you’re in a scientific or medicinal study field. You’re examining a specimen and want to compare two different samples under a single microscope. This can prove tricky with a single-lens microscope, as you want to avoid putting two samples under the same examination space.
google.com, pub-3944954862316283, RESELLER, f08c47fec0942fa0 If you’ve ever put your eyes on a pair of binoculars, you likely have a pretty good idea of what a binocular microscope looks like. These scientific instruments have been utilized worldwide. They are now the most common kind of microscope you can expect to find in classrooms, research labs, and
google.com, pub-3944954862316283, RESELLER, f08c47fec0942fa0 When you’re working with microscopes, you’ll come across all kinds of different items and materials that you’ve never heard of before. One such material is Cargille immersion oil, which is a substance that is essential to the operation of various kinds of microscopes. It allows users to magnify objects without sacrificing
google.com, pub-3944954862316283, RESELLER, f08c47fec0942fa0 In the world of science, one can use many different kinds of microscopes, including the acoustic microscope. When you hear the word acoustic, your brain might jump to instruments like acoustic guitars. While these microscopes have nothing to do with acoustic musical instruments, they use the same acoustics to capture the
google.com, pub-3944954862316283, RESELLER, f08c47fec0942fa0 Understanding Koehler Alignment Before we understand Koehler alignment – the main topic of this article – let’s go into a bit of the history behind its conception. Koehler alignment was invented by August Koehler, a 19th-20th-century German scientist. His publication, “A New System of Illumination for Photomicrographic Purposes,” was a revolutionary foray into
google.com, pub-3944954862316283, RESELLER, f08c47fec0942fa0 Understanding Microscopes There are a plethora of different microscopes types out there: simple and compound microscopes, stereo microscopes, digital microscopes, fluorescence microscopes, confocal microscopes, and scanning probe microscopes. Check out this informative article for descriptions, anatomies, functions, and applications. In this article, we will look at microscopes from another lens (get