Olympus inverted microscopeThe composition is the same as a regular microscope, except that the objective lens and illumination system are reversed. The former is below the stage, while the latter is above the stage, used to observe live cells in culture, with a phase difference objective lens.

Olympus inverted microscope and magnifying glass have the same function, which is to enlarge small objects in the vicinity into a magnified image for human observation. justOlympus inverted microscopeIt can have a higher magnification than a magnifying glass.

The principle of Olympus inverted microscope is that the object is located in front of the objective lens, at a distance greater than the focal length of the objective lens but less than twice the focal length of the objective lens. So, after passing through the objective lens, it will inevitably form an inverted magnified real image A'B '. A'B 'is located near F2. Then enlarge it into a virtual image A ''B' 'through the eyepiece for observation by the eyes. The function of an eyepiece is the same as that of a magnifying glass. The only difference is that what the eyes see through the eyepiece is not the object itself, but the magnified image of the object formed by the objective lens.

Olympus inverted microscope is mainly used for identifying and analyzing the internal structure and organization of metals. It is an important instrument for studying metallography in metallurgy. Olympus inverted microscope is a key equipment for identifying product quality in the industrial sector. Equipped with a camera device, Olympus inverted microscope can capture metallographic spectra, measure and analyze them, edit, output, store, and manage images.

Olympus inverted microscope is a high-tech product developed by combining advanced optical microscopy technology, advanced photoelectric conversion technology, and computer image processing technology.Olympus inverted microscopeIt is easy to observe metallographic images on a computer monitor, so as to analyze and grade metallographic spectra, and output and print images. The Olympus inverted microscope has clear imaging and a wide field of view. The overall design of the Olympus inverted microscope conforms to human-machine functions and is suitable for long-term operation. Olympus inverted microscope can be widely used in factories or laboratories for the identification of casting quality. Inspection of raw materials or analysis of metallographic structure after material processing.

The Olympus inverted microscope consists of the same components as a regular microscope, except that the objective lens and illumination system are reversed. The former is located below the stage, while the latter is located above the stage, used to observe live cells in culture and has a contrasting objective lens.