Used HITACHI S-6600 #9269111 for sale

HITACHI S-6600 is a scanning electron microscope (SEM) which provides both high resolution imaging capabilities and delicate nanoscale analysis. Utilizing its advanced electron optics, HITACHI S 6600 is capable of achieving up to 50,000x magnification, a magnification level unrivaled by its contemporaries. This process of acceleration, imaging, and signal processing is enabled by S-6600's MultiStage Field Emission Gun (MSEFEG). This SEM contains both an in-lens and Everhart-Thornley Secondary electron detection systems. The in-lens detector yields a higher signal-to-noise ratio than conventional secondary electron detectors. Additionally, the Everhart-Thornley detector offers the highest resolution measurements, as it is able to achieve approximately 10x better resolution than the in-lens system, providing for extremely detailed nanoscale imaging and analysis. S 6600 is equipped with a large number of specimen holder configurations such as vacuum compatible, low voltage holders, and low temp cryo holders. Some of HITACHI S-6600's extremely delicate manipulations are possible due to its powerful integrated Closed Loop Scan System (CLSS). It uses a 200kHz vibration-free X, Y, Z axes scanner to enable highly accurate navigation over the specimen, as well as providing for gentle, repeatable scanning speed control. HITACHI S 6600 also brings a number of highly sought-after cyber features to the SEM table. For instance, the optical navigation system ensures that the image always remains in the same position during a scan regardless of the external environment or the specimen's characteristics. Additionally, HITACHI has proudly implemented a variety of software including 3D stereoviewer, gesture acknowledgment capabilities, and superresolution which allows for quick montage imaging. Finally, S-6600 itself is extremely expandable. Additionally, its Windows-based Falcon Operating Software is intuitive and comes with auto launch options. To sum up, S 6600 is a state-of-the-art SEM designed to deliver high resolution images, delicate nanoscale analysis, and maximum flexibility across a multitude of operating conditions.