Electron microscopy is used in a range of commercial and industrial industries. This type of high-resolution imaging works by using beams of electrons so that 3D, high-resolution images are produced. While this practice may sound relatively simple, its effects can be hugely beneficial to a range of industries.
Let’s take a look at some of the top commercial and industrial uses for electron microscopy:
Rock and Soil Sampling
Sampling using electron microscopy can help geologists to determine the morphology and weathering of samples. In addition to this, it can be used to identify any differences in composition. Some of the additional uses include:
- Dating historical ruins
- Identifying early human artifacts and tools
- Measuring the quality of soil for agriculture and farming
- Looking for toxins and soil quality
There is so much to be found when using electron microscopy. This is a method that has helped geologists to discover a lot about our past.
Forensic Investigations
Forensic investigations use the power of electron microscopy to uncover evidence and help investigators gain further insight. Just some of the uses in this industry include:
- Bullet marking comparison
- paint particle analysis
- Jewelry examination
- Filament bulb analysis
- Print and handwriting analysis
- Banknote authenticity examination
This examination method offers the forensic world the opportunity to examine materials using high and low magnification. In addition to this, an examination can be conducted without any sacrifices to the depth of focus. This is perhaps just one of the many reasons why scanning electron microscopy services are used by the forensic world.
Art
Some electron microscopy tools are used in the art world. This is because they have been used so that digital artwork can be created. Some high-resolution 3D images can help to create different landscapes using a wide range of materials.
Microchip Assembly
The production of microchips increasingly relies on electron microscopy to help those in the industry gain more insight. More insight is needed in terms of producing effective production and fabrication systems. As materials are getting smaller all of the time, the 3D capacity of electron microscopy is becoming invaluable. Read more about The Small Business Guide: Here Is How You Can Build Your Brand Online Presence.
The smaller the microchips and other components are, the lower the design cost of the products they are added to. This is something that is becoming increasingly important in today’s world.
Biological Sciences
Electron microscopy is frequently used on animal tissue, insects, and even viruses and bacteria. This method helps scientists to:
- Discover new species
- Test vaccinations
- Identify bacteria and any virulent strains
- Measure the impact that climate change has on species
- Work in the genetics field
Electron microscopy is a very useful and practical tool to have. In fact, it seems to be more useful now than ever. This is thanks to the huge demand for high-resolution imagery at microscopic levels. The high and ever-growing demand certainly seems to be making electron microscopy even more indispensable in today’s world.
