Working principle of metallographic analyzer_Functional characteristics of metallographic analyzer

Working principle of metallographic analyzer

Simply put, it is an optical microscopy technique, which magnifies the image microscopically and is used to observe, analyze and record the structural properties of the surface and core of metal materials. Take the carbon structure of iron-carbon alloys for example. Just like steel, it can be divided into different types of steel according to the carbon content, such as eutectoid steel, hypoeutectoid steel, and white cast iron, etc. The metallographic structure observed by the metallographic analyzer is different due to different carbon content. Maybe some materials have the same carbon content, but the heat treatment method is different, the organizational structure is different, and the performance will also be different.

Features of Metallographic Structure Analyzer

1. High accuracy

The software of the metallographic analyzer has 200 built-in sample standards, which can be added by yourself. The metallographic analyzer achieves high accuracy through automatic control and comparison, avoids artificial errors, and has good repeatability.

2. Easy to operate

The metallographic analyzer has a high degree of automation, a full Chinese interface, and is controllable, adjustable, and automated.

3. Short detection time

The metallographic analyzer, which is composed of a highly automatic operating interface and a microscope from the China Materials Microscope Network, greatly shortens the time for testing samples and greatly improves work efficiency.

4. Data preservation

The metallographic analyzer outputs in multiple formats and combines multiple saving modes to ensure that images will not be lost, eliminating your worries.

Functions of Metallographic Analyzer

1. Image editing software: image acquisition, image storage and more than ten other functions;

2. Image software: image enhancement, image overlay and more than ten other functions;

3. Image measurement software: dozens of measurement functions such as perimeter, area, percentage, etc.;

4. Output mode: data table output, histogram output, image print output.

Uses of Metallographic Analyzer

Metallographic analyzer is mainly used to identify and analyze the internal structure of existing metals. Inverted metallographic microscope is an important instrument for metallurgical research. Casting, smelting, heat treatment quality research, raw material inspection or material analysis after processing can all use inverted metallographic microscope.

The metallographic analyzer is a traditional inverted metallographic microscope. During operation, the sample observation surface is facing downward and coincides with the worktable. There is no requirement for the height and parallelism of the sample. It is suitable for samples with irregular shapes or large sizes. Inverted metallographic microscopes are widely used in factories, laboratories, teaching, scientific research and other fields.