Used ZEISS DSM 984 #9364915 for sale

ZEISS DSM 984 is a state-of-the-art scanning electron microscope (SEM) that utilizes cutting-edge technology to provide a wide variety of features for research applications. It utilizes a combination of a tungsten and field emission electron source to achieve very high imaging resolution with minimal sample preparation. DSM 984 boasts a 5 nm-resolution for imaging and an advanced automatic autofocus equipment to adjust the magnification on the fly. It also includes an internal sample stage movement and an advanced alignment system for precise positioning of the probe relative to the sample. It comes with a comprehensive variety of additional features including a 3D image orientation unit to facilitate analysis of complex 3D structures and a versatile beam analysis package. ZEISS DSM 984 has been designed to work with a range of applications to meet the needs of researchers in a variety of fields. It offers high-resolution crystal lattice imaging for structural analysis; TEM imaging, quantitative analysis, free-electron imaging and electron-diffraction imaging. It also includes a range of special image refinement options such as image post-processing, contrast and color adjustment, and two-dimensional image alignment. For operator convenience, DSM 984 offers a range of automated features including an optional joystick controller for extra control over the microscope and imaging operations. Its advanced data acquisition machine SEDAS® software can be used to store and organize SEM data, and to create live annotations. It is also possible to export images to third-party image analysis software for further manipulation. ZEISS DSM 984 SEM is a powerful research tool designed to meet the needs of advanced imaging applications. Combining precision imaging with added features, DSM 984 is perfect for researchers looking to gain insights into complex structures. With its wide range of uses and cutting-edge technology, ZEISS DSM 984 is an ideal tool for getting the most out of your research.