Common Questions About Microscope Selection
Question 1: How is the price of a microscope determined?
Many purchasers of microscopes have asked us a question, such as "How much does a microscope cost per unit?" or "What is the price for a XXX model microscope?" Generally, our answer will be "What configuration do you need?" or if you only want to have a rough idea of the microscope's price, we estimate that we will only provide a vague price range with a very large price difference. The key reason for such results is the configuration of the microscope. In fact, purchasing a microscope is very similar to purchasing a computer - everything needs to be configured according to your requirements. For example, how many observation modes do you need (affecting the number of objectives), do you need software, do you need CCD, and so on? These requirements greatly affect the price of the microscope. You should know that the most important and valuable part of the entire microscope is the objective lens, and its number will greatly affect the price of the microscope.
Question 2: Before purchasing, what type of microscope is suitable for the sample you want to test?
Microscopes can be classified according to their functions based on the different observed samples: generally, there are metallographic microscopes, polarizing microscopes, stereomicroscopes, biological microscopes, fluorescence microscopes, etc. And different functional microscopes have different uses. Polarized microscopes are mainly used for the detection of anisotropic non-metallic materials such as geological ores. Metallographic microscope is mainly used for observing, identifying and analyzing the internal structure and structure of various opaque materials such as metals. Suitable for factories, mines, universities, and research departments. This instrument is equipped with a camera device that can capture metallographic spectra, measure and analyze the spectra, and perform functions such as editing, outputting, storing, and managing images. Stereoscopic microscopes are suitable for micrometer level practical analysis, fracture detection, inspection of electronic industry production lines, verification of printed circuit boards, verification of welding defects (printing misalignment, edge collapse, etc.) in printed circuit components, verification of single board PCs, and all fields that require detailed observation of sample surfaces. With measurement software, various data can be measured. Biological microscopes are mainly suitable for medical diagnosis, laboratory testing, teaching, and research in the fields of healthcare, as well as in schools and research institutions. So, before purchasing, you should clarify what sample you want to observe, so that the merchant can recommend a suitable microscope for you.
