Used ZEISS Axiovert 200M #9067750 for sale

ZEISS Axiovert 200M is an upright microscope used commonly for routine study and teaching laboratories, in addition to some research or industrial needs. It is ideal for many cellular and histological applications. With a large, bright field observation, as well as Stereom and DIC capabilities, this microscope is a superior balance of flexibility, ease of use, and optical performance. Starting at the top of the microscope, the unit is based on a mechanical Köhler Illumination System, providing an intense and even light from an 80 W halogen lamp, providing the perfect lighting environment for brightfield, phase contrast, and polarizing techniques. The transmitted light is determined by a halogen base and transmitted through the microscope, and then viewed through a high performance, 3-position objective turret containing 4x, 10x, and 40x objective lenses to provide high-resolution, crisp imagery. In addition to traditional brightfield microscopy, Axiovert 200M is also designed with Fresnel-Coupled, Transmitted Köhler Illumination-based DIC (Differential Interference Contrast) to provide users with a more detailed range of contrast, as well as delivering excellent depth-of-field, both characteristics that enhance imaging of the finest of features. ZEISS Axiovert 200M also takes advantage of ZEISS iconic Stereom Microscopy capability, which enables the user to observe point-sampled coordinates in three-dimensional space, providing highly accurate, 3-dimensional imaging in a fraction of the time compared to conventional methods. In total, Axiovert 200M is a versatile, advanced microscope designed for routine histology, bacteriology, and high-resolution imaging needs. It features exceptional optical quality in traditional microscopy techniques, including brightfield and phase contrast, as well as variable speed DIC. With its patented Stereom capability, users can obtain 3-dimensional imaging quickly and accurately, allowing for study of the finest of features in record-breaking time. This hybrid of light microscopy and computer-aided acquisition presents researchers and students with highly customized solutions for their specific sample requirements.