The main uses of a metallographic microscope are as follows:
1. Drawing: A metallographic microscope can conveniently observe metallographic images on a computer display, and can analyze and grade metallographic patterns. By combining optical image measurement systems, high-precision optical measurements can be performed on workpieces. Data analysis can be performed using Excel, WORD, and TXT formats, and drawing design can be performed using DFX formats.
2. Measurement: A metallographic microscope can measure dimensions of any geometric shape on a plane.
3. Display: The metallographic microscope can display various geometric dimensions on the actual workpiece in real-time images of the diaphragm pump.
4. Photography: A metallographic microscope can take physical photos, including display dimensions.
5. Graphics output to AutoCAD: It can output the graphics of the actual workpiece shape drawn in real-time images to AutoCAD, becoming standard graphics.
6. JPEG image input: It is possible to compare pre captured JPEG images with workpieces in real-time images and input them.
7. Output to AutoCAD for automatic correction: The graphics drawn based on the actual shape of the workpiece in real-time images can be set as benchmarks according to actual needs, and the graphics can be corrected during transmission.
8. Self setting customer coordinates: The metallographic microscope can set the coordinate origin (0,0) on real-time images according to the customer's own needs.
9. Bird's-eye view: It can observe the full shape of the workpiece and has scaling functions such as AutoCAD. Display on bird's-eye view: The metallographic microscope can be displayed on the entire bird's-eye view.
10. Directly input circles and line segments: The metallographic microscope can input standard circles or lines as needed (customers can define the size, length, and coordinate position of circles or lines themselves). By comparing standard circles, lines, and objects in the image, the error of the workpiece can be found.
Scope of application of metallographic microscope:
Metallographic microscopes are mainly used for transparent, semi transparent, or opaque objects in the electronic, metallurgical, chemical, and instrumentation industries, that is, objects that reflect and illuminate light through light, such as gas springs, integrated blocks, printed circuit boards, liquid crystal boards, thin films, fibers, textiles, and upright metallographic microscopes suitable for electroplating coatings and other non-metallic materials. They are also suitable for observation and analysis in medicine, agriculture and forestry, schools, and scientific research departments.
The metallographic microscope first studies and analyzes the microstructure, casting quality, and phase structure of various metal and alloy materials after heat treatment. It is a necessary instrument for metallographic research. The inverted observation surface of the specimen is not limited by height, so the observation surface only needs to be flat when preparing the specimen. Therefore, university education in factories, laboratories, and research institutions is a common choice.
In other industries, such as electronic products, thin films, and coatings, after using cold embedded materials to make samples, they can be directly placed on a workbench. The materials are transparent and therefore easy to observe.
