Used LEICA REICHERT CM1510 #9281757 for sale

LEICA REICHERT CM1510 is a sophisticated lab equipment and accessory made for an array of medical and analytical applications. This advanced medical device allows precise manipulation of biological and chemical samples. It is widely used in laboratories around the world for microscopy and cytometry. CM1510 features a 15 cm x 10 cm active area with a wide field of view. It also has a built-in, three-axis manual micromanipulator with a three-dimensional high-precision grip control for precise specimen and component handling. Additionally, LEICA REICHERT CM1510 has an ergonomic design which provides comfort and versatility for the user. CM1510 is equipped with a variety of advanced technologies that allow users to get the most out of their sample manipulation. It features a high-resolution camera system that enables the user to easily capture images and record videos of microscopic samples. In addition, LEICA REICHERT CM1510 features multiple instruments and accessories such as instruments for fluid reaction control and titration, a conductivity meter, and a ultra-sonicator. These instruments are aligned in the system to provide an easy workflow for the user to quickly and accurately analyse samples. CM1510 provides users a detailed 3D imaging of microscopic specimens. The device is also equipped with a variety of simulation tools to explore detailed visuals and dynamic features in 3D. This helps users to better understand the nature and behavior of the sample being observed. The system also features advanced software that includes tools for image processing, data analysis, and cell counting. Finally, LEICA REICHERT CM1510 is easy to operate and maintain. It includes a user-friendly graphical user interface, a printer for specimen documentation, and a calibration assistant to ensure accurate results. It also has an intuitive real-time display for data entry and review of the entire experiment. These features make CM1510 an ideal choice for medical and laboratory research applications.