Used ZEISS ICM 405 #118606 for sale

ZEISS ICM 405 is a high-end advanced research microscope designed to provide the highest image fidelity and clarity for all research applications. Using advanced optics and LED illumination, the microscope can capture high-resolution images of fluorescently stained samples, or brightfield images in both brightfield, darkfield and phase contrast modes. This microscope also includes unique features such as an adjustable SIED Optics XY mechanical stage, high magnification objectives, and an ergonomic design to ensure fast, accurate and safe operation. With its motorized control, ICM 405 allows the user to focus and move samples in three axes with ease. The digital camera connection increases the usability of ZEISS ICM 405, allowing the user to capture high resolution videos, images, and stream them to a different computer. ICM 405 is equipped with a high-resolution imaging system, enabling the user to visualize objects from a wide range of magnifications from 2.5X to 100X. It is designed to mount a variety of objectives with infinity objectives and eye pieces to provide an optimal working distance for the user. To optimize imaging, ZEISS ICM 405 features a co-axial fluorescent illuminator, which can be connected to an external light source for capturing even greater detail. It also has three integrated imaging modes: brightfield, darkfield, and phase contrast. With the digitally controlled filter cubes, users can easily switch between filter sets and alter filter settings to change the image quality. ICM 405 has a large field of view, with a maximum scan area of 360 x 300 mm and adjustable XY movement to explore the entire sample area. The automated scanning software is easy to use and allows the user to capture multiple images, allowing them to view the entire sample in one image. Plus, the microscope comes with a powerful motorized motorized focus drive to keep the image sharp throughout the image range. All these features make ZEISS ICM 405 an outstanding microscope for advanced research and medical applications. It offers excellent flexibility, ergonomic design and reliable operation, allowing the user to capture detailed images in brightfield, darkfield, and phase contrast easily.