Teach you how to choose between upright or inverted metallographic microscopes
The upright metallographic microscope imaging is a positive image, which brings great convenience for observation and identification. It can analyze and identify metal samples with a height of 20-30mm. Due to its compliance with human daily habits, it is more widely used in transparent, semi transparent, or opaque substances. Observing objects larger than 3 microns but smaller than 20 microns, such as metal ceramics, electronic chips, printed circuits, LCD substrates, thin films, fibers, granular objects, coatings, and other materials, can have good imaging effects on the surface structure and traces.
Inverted metallographic microscope uses optical plane imaging method to identify and analyze the microstructure of various metals and alloys. It is an important tool for studying metallography in metal physics and can be widely used in factories or laboratories for casting quality, raw material inspection, or research and analysis of material metallographic structure after process processing, providing intuitive analysis results. It is a key equipment for quality identification and analysis of casting, smelting, and heat treatment in mining, metallurgy, manufacturing, and mechanical processing industries.
Inverted metallographic microscope, with the sample observation facing downwards and overlapping with the surface of the workbench. The observation objective is located below the workbench and viewed upwards, without being limited by the height of the sample. It is convenient to use, with a compact instrument structure, beautiful and generous appearance, a large base support area, low center of gravity, safe, stable and reliable. The eyepiece and support surface are tilted at 45 ℃, making observation comfortable.
The GX53 inverted microscope, which is a precise instrument, is widely used in steel, automotive, electronics, and other manufacturing industries. Used to detect polished metal and sliced samples by simply placing the sample upside down on the stage. The bottom of the sample does not need to be flattened, and the size can be thicker, larger, or heavier.
GX53 can provide clear images that are difficult to obtain using traditional microscopic observation methods. When used in conjunction with Olympus Stream image analysis software, this microscope simplifies the detection process from observation to image analysis and reporting.
