Used HITACHI S-9360 #293608919 for sale

HITACHI S-9360 scanning electron microscope (SEM) is a high-performance instrument designed for a variety of research and industrial applications. With its advanced features, this SEM can provide users with powerful imaging capabilities for investigations in the fields of material science, biology, chemistry, and industrial production. HITACHI S9360 features a triode-type acceleration voltage auto-ranging system and digital imaging technology, offering users high resolution images and ease of operation. This technology allows users to access high resolution SEM imaging while eliminating the complexity of manual operation associated with operating a traditional SEM. Other features of S 9360 include variable digital imaging modes, including high resolution and monochrome imaging, as well as a variety of energy dispersive X-ray spectrometry (EDS) combinations. S9360 also features a 3D image capture mechanism and an image imaging software that offers users various image functions and enhancements to ensure optimal image performance. Furthermore, HITACHI S 9360 provides a menu-driven user-friendly control that simplifies operation, alongside automated functions for enhancing imaging accuracy and speed. An anti-vibration system also helps to ensure that S-9360 operates stably, providing users with consistent high performance. Finally, HITACHI S-9360 also offers a variety of specimen sample holders, such as the cooled stage, field emission electron source, capillary analysis stage, and sample cup. Together, these specimen sample holders provide users with a wide range of imaging capabilities, enabling them to analyze different material types or capture images of incredibly small, microscopic particles. Overall, HITACHI S9360 scanning electron microscope is a powerful, feature-rich instrument that provides users with impressive imaging capabilities. With its digital imaging technology, wide variety of specimen sample holders, and menu-driven user-friendly control, this SEM is capable of producing high-resolution images for a wide range of applications.