Used HITACHI L 7490 #9388231 for sale

HITACHI L 7490 is an electronic microscope made by HITACHI High Technologies. This microscope is suitable for a wide variety of applications, including transmission electron microscopy (TEM), scanning electron microscopy (SEM), and energy dispersive X-ray spectroscopy (EDX) for elemental identification. The microscope is equipped with a comprehensive suite of hardware and software, allowing it to work as a turn-key system. It has a variety of camera types and ports to support external display monitors. It features a robust, high-speed, and high-precision X-Y stage for sample positioning, a high-power 12-Specimen Changer (SC) for automated sample changing, and an automated SE (secondary electron) detector. The microscope employs a unique monochromator, allowing it to accurately image crystals and single dimensions. It also includes a design dedicated to SEM images, allowing the user to optimize settings for grains. It has a 30-kV electron column with high-resolution imaging capability, enabling it to resolve the finest overlapping structures. L 7490 is built with a virtual reality mirror and optical lens attachments, which can be used together to support high magnifications and fast scanning speeds. The lens attachment also has a large field of view, allowing it to image large areas or small sample groups quickly. The microscope also includes a digital edge-enhancement feature that helps to identify fine details on sample surfaces. In addition to its imaging abilities, HITACHI L 7490 also features various other features that can aid the researcher in their research. It has a wide range of imaging modes and features for manual and automated settings. It can also be equipped with an array of accessories and options, such as objectives, observation lenses, ion detectors, filters, and beam scanning systems. All of the components of L 7490 work together to provide a powerful tool for element identification and imaging. The microscope is easy to use and maintain, and is reliable for high-resolution imaging applications.