Preparing your own slides can be tricky and one of the more time-consuming aspects of microscopy. On average, preparing a single slide can take anywhere from a few minutes to a few hours, depending on the complexity of the preparation...
Electronic components are becoming smaller and more complex every year. There are obvious benefits – improved performance, increased efficiency, greater portability – but there are also disadvantages. One of the drawbacks is that it’s becoming increasingly difficult to solder the ever-shrinking components with a standard soldering setup. These days, it’s almost essential to have a micro soldering microscope.
Looking for an exceptional microscope for home schooling or primary school students? Then look no further than the Premiere MSB-02 binocular student microscope, a versatile and easy-to-use model designed for young scientists. Unlike most microscopes, this sturdy instrument is capable of observing both microscopic and macroscopic specimens, courtesy of its adaptable top-and-bottom dual illumination system.
Finding the right C-mount adaptor for your trinocular microscope can be trickier than it seems. So, before you buy any old adaptor, take a moment to understand the important aspects that could help you save both time and money.
To get the best image quality out of your microscope, it helps to know how to set up your microscope’s illumination system. With a few small changes you can really improve resolution, contrast and sample visibility.
Beneath your feet lies a vast and complex network of interactions between soil-dwelling organisms. They’re like the underground version of a reality show – the Real Houseworms of the Soil. These microbes, including bacteria, fungi, worm and insects, play an important role in maintaining the health and fertility of the soil. The term soil food web to describe the way we look after the soil and plants look after us was coined by soil microbiologist Elaine Ingham in the 1980s.
A common limitation you’ll run into with microscopes is depth of field. Depth of field (sometimes called depth of focus) dictates how much of your sample will be in sharp focus, in a vertical sense rather than horizontally. It can be altered, just a bit, and sometimes even worked around, but there’s no escaping it. What is depth of field?
