Used LEICA REICHERT Peloris #160735 for sale

LEICA REICHERT Peloris is a powerful and highly precise lab equipment and accessory designed for complex research and laboratory tasks. With a range of functions that include observation, measurement, and analysis, it is used in research applications such as biochemistry, cell biology, microscopy, and histopathology. Peloris is a microscope-based equipment that is able to capture and differentially analyze high-resolution images of cellular structures. The system is equipped with a variety of components and accessories to aid in observation, measurement, and analysis. This includes an integrated motion module, an focusing unit, an XYZ sample stage, a laser autofocus and tracking module, and a precision object recognition machine. The microscope module is equipped with an integrated LCD display, which enables it to capture and display high-resolution images. The integrated motion module is able to precisely move objects within the image field and track them. This gives researchers the ability to observe and measure particles and structures down to the nanometer scale. Additionally, the motion module can be used to make precise measurements with the laser autofocus and tracking module. The XYZ sample stage allows the researcher to select, isolate, and manipulate single specimens or multiple samples. This can enable a researcher to gain further insight into the properties and functions of individual particles or tissues. It can also be used to make precise measurements, by precisely controlling the stage's rotation position. The precision object recognition tool enables LEICA REICHERT Peloris to further improve the accuracy of measurements and analysis. The asset is able to recognize objects within an image and distinguish them from their background. This allows researchers to accurately identify and analyze particles and cell structures within a sample. Overall, Peloris is a powerful and precise lab equipment and accessory. It is well-suited for use in research applications, enabling researchers to make precise measurements, observe and measure particles and structures, and analyze cell structures with greater accuracy than ever before.