Used HITACHI S-5000 #9117359 for sale

HITACHI S-5000 is a scanning electron microscope (SEM) that allows scientists and researchers to observe and analyze the surfaces of various materials at high magnification and resolution. It has an enlarged, vibration-free design that enables maximum performance. This provides the necessary image quality for precise analysis and evaluation. HITACHI S 5000 features the latest generation of Gatan technology for high resolution imaging as well as motorized focusing and tilt functions. This allows for automated processing of images without manual adjustments. The automated sample exchange makes sample preparation fast and efficient. S-5000 is equipped with a global-stage digital camera allowing operators to remotely monitor and control the microscope. It also includes a digital scanning controller that can be used to set scanning modes, magnification levels, and automatically move the sample stage. This increases the accuracy and productivity of the analysis. S 5000 has a built-in low vacuum chamber for sample analysis at low magnifications. The low vacuum chamber locks the pressure in the chamber and allows for higher resolution imaging at lower magnification levels. HITACHI S-5000 includes a wide range of accessories such as a charge neutralizer and various detectors. It also features unique cryo-electron microscopy (cryo-EM) capabilities. The cryo-EM capabilities allow HITACHI S 5000 to image biological samples at cryogenic temperatures, suppressing the effects of radiation damage. S-5000 is equipped with a versatile software package and is capable of producing high quality 3D images. It is capable of automatically controlling working distance, microscope tilt, magnification and stigmas. The software also allows the user to manipulate images, store images and analyze data with 3D graphics. Overall, S 5000 scanning electron microscope is a highly versatile and state-of-the-art instrument that can be used for a wide range of scientific applications. Its enlarged design, ability to work with vacuum systems, and high resolution imaging capabilities make it a powerful tool for precise analysis and evaluation of samples.