Introduction of metallographic microscope

- Apr 01, 2020-

Metallographic microscope is a high-tech product developed by combining optical microscope technology, photoelectric conversion technology and computer image processing technology. It is very convenient to observe metallographic image on computer, so as to analyze and grade metallographic atlas, output and print pictures.

System introduction

The computer-based metallographic microscope system is an organic combination of the traditional optical microscope and computer (digital camera) through photoelectric conversion. It can not only make microscopic observation on the eyepiece, but also observe the real-time dynamic image on the computer (digital camera) display screen. The computer-based metallographic microscope can edit and protect the pictures required by the metallographic microscope (5 pieces) Save and print.

system composition

Computer metallographic microscope (gsm-c289a): 1. Metallographic microscope 2. Matching mirror 3. Camera (CCD) 4. A / D (image acquisition) 5. Computer

Digital camera type metallographic microscope (gsm-c289a): 1. Metallographic microscope 2. Matching mirror 3. Digital camera

Microscopical characteristics

Metallography in metallographic microscope mainly refers to the branch of material subject that analyzes, studies and characterizes the microstructure, macrostructure and fracture structure of materials with the help of optical (metallographic) microscope and stereomicroscope, including not only the imaging of material microstructure and its qualitative and quantitative characteristics, but also the necessary sample preparation, preparation and sampling methods. It mainly reflects and characterizes the number, morphology, size, distribution, orientation and spatial arrangement of the phase and structure components, grains (including possible sub crystals), non-metallic inclusions and even some crystal defects (such as dislocations).

Metallographic microscope features:

1. The world's Zui infinite dual color correction and contrast enhancement (ICCs) optical system is used to provide users with sharp Zui images.

2. The combination of 5 upper parts, 3 lower parts and two columns can be used to make any flexible combination according to your requirements for material testing and economic cost. It can realize the analysis of transparent materials, opaque materials and fluorescent materials, and has a strong upgrade space to ensure your future testing requirements.

3. The industry Zui large style can reach a height of 380mm, providing you with extraordinary operation space.

4. Close to the user's flexibility, the upgrade of equipment parts does not need professional personnel, and the user can complete the operation by himself.