Mid range Reflective Metallographic Microscope YJ-300

1、 Instrument Introduction
The YJ-300 mid-range reflective metallographic microscope adopts an excellent infinite optical system and modular functional design concept. After upgrading the system, it can achieve functions such as polarized observation and bright field observation. The compact and stable integrated main body design fully embodies the requirements of microscope operation stability. The idealized design of the instrument makes operation more convenient and space more extensive. Suitable for metallographic structure analysis and microscopic observation of surface morphology, it is an ideal instrument for research in metallurgy, mineralogy, and polymer materials science. Suitable for observing transparent and opaque substances in various electronic processing and casting industries, such as metals, ceramics, integrated blocks, printed circuit boards, liquid crystal panels, films, fibers, coatings, and other materials. It is also suitable for observation and analysis in agriculture, forestry, animal husbandry, fishery, and scientific research departments.

2、 System Introduction
The YJ-300 mid-range reflective metallographic microscope has an image output system. Traditional optical microscopes can be organically combined with computer computers (digital cameras) through photoelectric conversion. Not only can microscopic imaging be observed through eyepieces, but real-time images can also be directly observed and captured through computers or digital cameras, and the required images can be directly photographed, saved, and printed. Metallographic microscope computer type (YJ-300C type), equipped with a professional industrial camera, connected to a computer, and combined with metallographic analysis software, can perform metallographic module analysis and grading, and automatically generate reports. The YJ-300 metallographic microscope is equipped with a digital metallographic microscope (YJ-300D type) for users who are not convenient to access computers. It takes metallographic structure images directly through a digital camera or DSLR camera, and later imports them into a computer for metallographic analysis and grading reports using metallographic analysis software.

3、 Instrument parameters