Microscopes come in a variety of forms, serve different purposes, and are used in multiple settings. In certain industries, microscopes are used for quality control and inspection, and in others, it’s for measuring, manufacturing, and even soldering.
What Is An Industrial Microscope?
An industrial microscope serves multiple purposes – they are used for quality control, soldering, measuring, and inspection. An industrial microscope offers precision and control, whether you use it for sophisticated analysis or routine inspections. The correct piece of equipment will impact the outcome of your processes greatly. When you pair an industrial microscope with software, it can elevate your results and give you a competitive edge as well.
There are many types of industrial microscopes, including a stereo microscope, which is primarily used to carry out quality checks and inspections when dealing with small parts in the manufacturing process. Metallurgical microscopes are used to inspect raw materials, smelt, heat treatment, process materials, and even in food safety evaluation and clinical testing. A Polarising microscope is commonly used in earth science and biology, whereas a Toolmaker microscope tackles lengths, distances, angles, and diameters in the manufacture of automotive parts.
How To Use An Industrial Microscope Properly
Ultimately, how you operate your industrial microscope will depend on the style of microscope you use. But, the tips below cover how to properly use a standard industrial microscope to ensure accurate readings.
If your microscope relies on slides, you need to ensure a cover slip is placed over your sample before you place it in position. This will flatten the sample for an accurate reading. It will also prevent spills for samples that contain liquid.
You should always start with the lowest magnification. Starting low allows you to focus in on the sample appropriately, and won’t lead to a smashed objective lens. Alter it one step at a time and make sure that you refocus the lens as you reach higher magnification levels. And when you are finished with the sample, you should return the microscope to the lowest magnification. It should always be your default position when you are not actively using the equipment.
When you are adjusting the focus knob, you do not need to use force. It should move easily and if it doesn’t, you need to adjust the tension because the knob is in a locked position. Or, it might be colliding with an objective lens.
Adjust the condenser or light control as needed when you look through the microscope view. These are tools that help sharpen and clarify the image. You can use the rheostat control to dim or make the light brighter. The condenser will help you sharpen the image and this is located below the stage, allowing you to move it up or down.
If your industrial microscope is a digital piece of equipment, there is a beam splitter that helps direct light to provide the image with clarity.
In addition to properly using your microscope, taking proper care of it will also ensure accurate readings. Be sure to carry it with two hands, one on the bottom and the other on the back arm. Always clean the lens thoroughly, especially if using immersion oil. Cleaning your microscope regularly and covering it when not in use will ensure it lasts longer.
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