A digital microscope, also known as a video microscope, converts the physical image seen by the microscope through digital to analog conversion to image it on the microscope's built-in screen or computer. Digital microscope is a high-tech product developed and successfully developed by combining cutting-edge optical microscope technology, advanced photoelectric conversion technology, and liquid crystal screen technology. Thus, we can shift our research in the micro field from traditional ordinary binocular observation to reproduction on a display, thereby improving work efficiency.
Digital microscopes can be divided into two categories based on the different data display methods: built-in screen digital microscopes and digital microscopes using computer display. At present, built-in screen digital microscopes can be divided into three categories: 1. desktop digital microscopes; 2. Portable digital microscope; 3. Wireless digital microscope; The main characteristic of desktop digital microscopes is their relatively high magnification, which can be comparable to electron microscopes; The pursuit of portable digital microscopes is to be able to be microscoped everywhere, emphasizing small size. The most representative one on the market is the video microscope launched by 3R; The wireless microscope is used for 2.4G wireless transmission, pursuing speed and convenience. Currently, there is only one wireless microscope launched by 3R.
The digital microscope displayed by the computer is used to transmit the specimen images seen by the microscope through the built-in camera to the computer. The microscopic image analysis software installed on the computer is used for tracking and analysis, thus obtaining a series of valuable qualitative and quantitative data. Mainly used for microbial identification, cell morphology examination, urine sediment analysis, fiber fineness detection, and other aspects. It has many characteristics such as fully automatic scanning, strong image analysis function, and strong scalability.
A digital microscope can produce upright three-dimensional spatial images when observing objects. Strong stereoscopic sense, clear and wide imaging, and with 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 verification, such as the 3R digital microscope, which is suitable for inspection of electronic industry production lines, verification of printed circuit boards, verification of welding defects in printed circuit components, verification of single board PCs, verification of vacuum fluorescent display screens (VFDs), as well as identification of printing grids, calligraphy, and paintings, etc. It enlarges the physical image and displays it on the computer screen, which can save and enlarge the image, Printing. Equipped with measurement software, various data can be measured.
