Used HITACHI S-2400 #9080006 for sale

HITACHI S-2400 Scanning Electron Microscope (SEM) is a high-performance analytical imaging system that enables high-resolution observation and analysis of nanoscale objects. It is equipped with a variety of features and capabilities, including high-speed operation and precise 3D analysis. S-2400 is an environmental scanning electron microscope, meaning that it is designed to accurately measure samples subjected to certain environmental conditions, such as temperature and humidity. It has a high throughput, capable of scanning a sample at a speed of up to 50 frames per second. In addition, it has a two-stage field emission gun, for enhanced electron beam stability during image acquisition. HITACHI S-2400 has multiple imaging modes, including a standard bright-field mode, a 3D stereomicroscope mode, an X-ray microanalysis mode, and a backscattering electron (BSE) imaging mode. The bright-field mode is used to greatly magnify an image to a very high resolution. The 3D stereomicroscope mode is ideal for analyzing fine details of a sample with high depth. The X-ray microanalysis mode can be used to analyze specific elements of a sample, and the BSE mode helps to detect which elements and/or molecules are present in a sample. S-2400 also has a selectable low-vacuum environmental chamber that can improve the resolution of the image under reduced pressure. This enables the observation of fragile samples without any damage. The low-vacuum chamber can be loaded and unloaded quickly, making image acquisition time faster and more efficient. HITACHI S-2400 can be integrated with an array of accessories to enhance its capabilities. This includes semiconductor devices, such as X-Y stages, specimen holders, and various vacuum systems. This allows for a broad range of functions, such as low-vacuum scanning, low-angle imaging, environment chamber for high-temperature analysis, and additional imaging capabilities. S-2400 combines an array of features and capabilities to enable researchers and scientists to examine a variety of nanoscale, biological and materials samples with improved resolution and accuracy. Its selectable low-vacuum environmental chamber, breadth of imaging modes, and a suite of accessories ensures that it is suitable for a wide range of applications.