Used HITACHI S-9380 #293671992 for sale

HITACHI S-9380 scanning electron microscope (SEM) is a high-performance, high-resolution, scanning electron microscope designed for research in fields such as materials science, semiconductor engineering, and nanotechnology. This advanced instrument utilizes a variety of electron detection techniques, including both secondary electron imaging (SEI) and energy-dispersive X-ray analysis (EDS) to acquire both optical and elemental information of specimens. HITACHI S9380 has a wide range of features and performance levels, enabling it to provide highly reliable images and elemental data of various samples. Some of these features include a field of view up to 14mm x 14mm, a magnification range of 1 km to 300,000x, pixel resolution up to 2,048 x 2,048, accelerated voltage up to 30 kV, and a full-auto tilting stage which allows for fast sample control and data collection. In addition, the equipment also features a wide range of electron detectors, digital image pre-processing tools, and backscatter imaging which provides highly detailed and high-contrast images. Moreover, S 9380 is equipped with a powerful, highly accurate pan/tilt control system which makes sample analysis much easier and more efficient. This unit is also equipped with an ultra-high accuracy X-Y scanning stage, allowing for highly precise scanning movements during analysis. Furthermore, the machine has a wide range of accessories such as a specimen preparation chamber and a vacuum-controlled EDS probe to support various sample types and conditions. In terms of image processing, S-9380 has a real-time phase mapping capability which enables the user to observe and measure the changes in local crystallographic orientation with unprecedented precision. This tool also offers a variety of image-processing options, including the ability to reduce noise, sharpen edges, and enhance contrast. In conclusion, HITACHI S 9380 is a high-performance scanning electron microscope that is capable of producing high-resolution images, detailed elemental analyses, and precise image processing. This asset offers users a wide range of features and performance levels, enabling it to be used in a variety of materials science, semiconductor engineering, and nanotechnology applications.