High-power microscope, which converts the actual image seen by the microscope through digital-to-analog conversion, so that it can be imaged on the microscope's own screen or computer. The high-power microscope is a high-tech product that has been successfully developed by combining elite optical microscope technology, advanced photoelectric conversion technology, and liquid crystal screen technology. Thus, we can study the microscopic field from the traditional ordinary binocular observation to the reproduction on the display, thus improving the work efficiency.
1. Classification of high-power microscopes
High-power microscopes can be divided into two categories according to different data display methods: high-power microscopes with their own screen and high-power microscopes with computer display. The high-power microscope with its own screen can be divided into three categories, 1. Desktop high-power microscope; 2. Portable high-power microscope; 3. Wireless high-power microscope; The main feature of desktop high-power microscope is that the magnification is relatively high, which can be comparable to electron microscope; The portable high-power microscope pursues the possibility of microscopy everywhere and is compact.
Conduct tracking analysis to obtain a series of valuable qualitative and quantitative data. Mainly used for microbial identification, cell morphology inspection, urine formation analysis, fiber fineness detection, etc. With
It has many features such as automatic scanning, strong image analysis function, and strong expandability.
High-power microscopes can produce upright three-dimensional images when observing objects. It has strong stereo perception, clear and wide imaging, and long working distance. It is a conventional microscope with a very wide range of applications. It is easy to operate, intuitive, and highly efficient. For example, the 3R A200 digital microscope is suitable for the inspection of electronic industrial production lines, the verification of printed circuit boards, the verification of welding defects (printing misalignment, sag, etc.) in printed circuit components, The verification of single-board PC, the verification of vacuum fluorescent display VFD, and the verification of printing grids, calligraphy, etc., etc., it enlarges the actual image and displays it on the computer screen. The picture can be saved and enlarged. print. With measurement software, various data can be measured.