Used LEICA REICHERT RM 2125 #175383 for sale
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ID: 175383
Microtome
Specifications:
Lockable handwheel via brake leveler
Section thickness ranges from 0.5 to 60 microns
Includes slot cover.
LEICA REICHERT RM 2125 is a high-end research microscope designed by the German optics manufacturer Leica. It utilizes state-of-the-art features including Carl Zeiss optics, an ergonomic design, and an advanced imaging system that make it ideal for demanding commercial, research, and educational laboratories. The microscope is equipped with two independent optical channels - one dichromatic channel and one high-resolution color channel—that provide the user with increased flexibility and improved images. The microscope features brightfield, darkfield, and polarization contrast techniques, as well as versatile objectives for transmission and reflection imaging. LEICA REICHERT RM2125 is easy to use. It features a high-magnification live image camera, with a selectable zoom lens, that provides clear and accurate images, as well as fast and easy sample navigation. Its unique Ergoform design with an intuitive Ergoform control panel makes it comfortable and convenient to use. The microscope is also equipped with a computer-driven joystick and a powerful image analysis and data processing station. This station allows the user to quickly analyze images and generate accurate results. The data can be easily printed or entered into a computer system, making the microscope ideal for detailed examinations. The microscope also features specialized LED lighting, which is perfect for use in hazardous areas, as well as manual and automatic electric focusing systems. The microscope has a robust construction and a necessary power supply built-in, which eliminates the need for additional cables. Moreover, a touch-screen monitor ensures optimal ease of operation. RM 2125 is a powerful instrument that provides accuracy, advanced features, and great ergonomics that make it indispensable in a variety of research and educational applications. It is well suited for use in clinical biomedical research, pathology, 3D cell culture, and histology. It is highly reliable, user-friendly, and provides excellent results for practical applications.
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