Used HITACHI S-9260A #9189513 for sale

HITACHI S-9260A is a scanning electron microscope (SEM) ideal for imaging and analysis of a variety of materials ranging from polymers films to nanomaterials. This microscope features an in-lens secondary electron detection equipment that is capable of producing high-resolution images with high contrast in a wide depth of field. The increased depth of field enables a larger field of view, and a lower electron energy is used to reduce specimen charging. This results in high image quality with excellent contrast even when imaging non-conductive specimens such as polymers films. HITACHI S 9260A also features a wide array of analytical capabilities, including a high-sensitivity energy dispersive spectroscopy (EDS) system. The EDS unit is capable of providing precise elemental identification and mapping, allowing for faster and more accurate analysis. The SEM also includes an automated stage machine, making it possible to quickly capture images of large areas. In addition, the microscope is equipped with a high-speed probe current tool that can measure current signals from nanometer-sized probes on the sample. The vacuum asset in S-9260 A is a two-stage extract type design. This allows for a quick turnaround time as the vacuum is ready to use immediately after the last sample. The stages on the microscope are motorized, allowing for precise positioning and easy repetition of imaging tasks. The objective lens in the microscope offers up to 50000x magnification, providing plenty of resolution to capture every detail desired. HITACHI S-9260 A is a versatile microscope with a wide range of features and capabilities, making it ideal for materials analysis. Its in-lens secondary electron detection model provides high-resolution imaging and excellent contrast even when imaging non-conductive specimens. The EDS equipment provides precise elemental identification and mapping. The vacuum system and motorized stages offer fast turnaround time and precise positioning. Finally, the microscope is capable of providing up to 50000x magnification, making it capable of capturing even the smallest details.