Used LEICA REICHERT RM2145 #111446 for sale

LEICA REICHERT RM2145 is a light microscope produced by the Leica Microsystems. It is a modular inverted microscope optimized for research in the field of histology and microbiology. RM2145 is equipped with a high-resolution Infinity Corrected optics equipment that allows for superior performance and resolution. The microscope also includes Fluorescence Illumination, motorized axes, a "N.A. of 0.25" integrator lens and a Halogen transmitted light source. The motorized stage allows for precise scanning, sample tracking, and image acquisition and is capable of a high-speed scan rate of 1.4mm/sec. It is equipped with two joystick axes for easy control of sample movement. The microscope's Infinity Corrected optics system allows for superior image quality, resolution and contrast. The Infinity Corrected optics unit consists of a "Plan-Apochromat" objective and a "Airar" condenser, which allow for color correction and a wider field of view. LEICA REICHERT RM2145 utilizes a unique Fluorescence Illumination Machine, which makes it ideal for fluorescent microscopy. It includes five fluorescent cubes that provide optimal observation for double, triple and multiple color combinations, making it ideal for research using fluorescence. It also includes two sets of multi-sensor alignment optics, allowing for precision alignment between the microscope and the camera. In addition, RM2145 comes with a Halogen Transmitted Light Illumination Tool, which provides bright, even illumination. This asset is ideal for microscopic observation and requires minimal exposure time, making it ideal for phase contrast, bright field and dark field observation. The model can be integrated with digital cameras and imaging software, allowing for easy recording and capturing of digital images. Overall, LEICA REICHERT RM2145 is an excellent choice for research in histology and microbiology. It is equipped with a highly advanced optical equipment, motorized stage and fluorescence illumination, making it ideal for applications in fluorescence microscopy and precision visual observation. It is capable of capturing highly detailed images, with minimal exposure time and can be integrated with digital cameras and imaging software, making it a versatile tool for research.