Used LEITZ Orthoplan #126601 for sale

LEITZ Orthoplan is a high-end microscope designed for precise observation and measurement of specimens in both brightfield and phase contrast illumination modes. It is mainly used for research in various fields such as cell and tissue biology, biochemistry, genetics, and medical diagnostics. The microscope is based on the established Orthoplan optical system which includes corrected objectives for normal brightfield and differential interference contrast (DIC) and phase contrast. It is equipped with three unique objective designs: Planapo (achromatic for brightfield), Planapo NC (apochromatic for brightfield), and Plananar (achromatic for phase contrast). The superior optical performance of these objectives offers crisp and highly detailed images of specimens. The microscope is also equipped with a built-in motorized stage, which allows for the quick and precise positioning of the specimen. This is particularly useful when studying the movement of cells and tissues, as well as in experiments requiring many samples to be viewed in succession. The mechanical components are no less impressive: LEITZ Orthoplan is made of a heavy-duty aluminum alloy and incorporates highly precise mechanical components specifically designed for precise and consistent movement of the objectives. This microscope also has an ergonomic design with adjustable arm rest and focus knob and intuitive buttons for brightness and contrast control. Orthoplan also comes with a variety of accessories, such as imaging and calibration software, a micro-injection system, and a variety of fluorescence filters. The microscope is also compatible with both camera and video systems for recording images for further analysis, as well as image capture software for post-acquisition image processing. Overall, LEITZ Orthoplan is a powerful and precise microscopy system which provides superb imaging performance. Its variety of accessories provide users with the flexibility to implement different experimental and imaging approaches for a variety of applications. The advanced ergonomics and mechanical design of the microscope enable users to work for extended periods of time without fatigue, and the combination of objectives and imaging filters allows users to capture high-quality images which can be easily analyzed for further research.