WMJ-9630 upright infinite distance metallographic microscope

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1、 Purpose:

Metallographic microscope WMJ-9630By adopting an excellent infinite optical system and modular functional design concept, it is easy to upgrade the system and achieve polarization viewingFunctions such as observation and field visualization.Easy to operate and with clear images, it is an ideal instrument for research in metallurgy, mineralogy, precision engineering, electronics, and other fields.The compact and stable high rigidity body fully embodies the anti vibration requirements of microscope operation. Ideal design that meets ergonomic requirements, making operation more convenient, comfortable, and spacious. Suitable for microscopic observation of metallographic structure and surface morphology,Suitable for observing transparent, semi transparent, or opaque substances in the electronics, metallurgy, chemical, and instrumentation industries, such as metal ceramics, integrated blocks, printed circuit boards, liquid crystal panels, films, fibers, coatings, and other non-metallic materials. It is also suitable for observation and analysis in agriculture, forestry, public security, schools, various enterprises, and scientific research departments.WMJ-9630The upright transmission reflection metallographic microscope is suitable for microscopic observation of transparent or opaque objects. Adopting excellent infinity optical system and modular functional equipmentThe design concept can provide excellent optical performance and product upgrade system, realizing synchronous or independent illumination of transmission and reflection, as well as polarization observation and other functions. The product has a beautiful appearance

2、 Image output system

The metallographic microscope WMJ-9630 supports the combination of traditional microscopes with imaging systems, displays, or computers to achieve the purpose of magnifying and observing the object being measured. The computerized metallographic microscope (WMJ-9630) uses the principle of imaging through small holes to project the image obtained under the microscope onto a photosensitive photograph, thereby obtaining an image. Alternatively, the camera can be directly connected to a microscope (digital camera type WMJ-9630) to capture images. With the rise of CCD cameras, the WMJ-9630 microscope can transfer real-time images to a television or monitor for direct observation, and can also capture images through a camera.