Used OLYMPUS ZEISS, MEIJI, and MOTIC #54941 for sale

OLYMPUS ZEISS, MEIJI, and MOTIC Microscopes are a class of optical instruments that are used to magnify objects to a very strong degree. They work by magnifying the image of the object in such a way that it appears larger and can be studied in greater detail. Microscopes are mainly used in science to observe and study very small parts of an object, such as cells and molecules. OLYMPUS ZEISS, MEIJI, and MOTIC are all high-end microscopes. They are known for their advanced optics, making them the most desired brand for the professional and scientific market. All three microscopes provide users with an unbeatable level of control, resolution and clarity when observing even the smallest particles. OLYMPUS ZEISS microscope features a large 120mm-field of view offering extraordinary depth-of-field and contrast. This makes it ideal for examining large samples such as living cells. It also offers excellent image stability and image clarity thanks to its 3-D confocal imaging system. It is equipped with a long working distance revolving nosepiece which provides the user with the ability to view and manipulate the sample. The MEIJI microscope is the most modern of the three microscopes. It is designed with a high-end apochromatic-lens system which provides excellent resolution and contrast when magnifying extremely small objects. This microscope is equipped with a high-quality digital camera which enables users to easily capture and store data. Furthermore, its CCD image analysis software allows for precise measurements and quantification. Finally, the MOTIC microscope offers a range of professional features including high NA lenses, a rugged frame and resilient components. This microscope also offers excellent magnification power with a magnification range of up to 1700x. Its high-quality optics provide excellent detail and contrast when examining even the smallest of objects. In conclusion, OLYMPUS ZEISS, MEIJI, and MOTIC are all popular, high-end microscopes. Combined, they compete to offer the most advanced optics and image clarity, making them ideal for scientists, researchers and professionals in the field of microscopy.