Used HITACHI S-4160 #9236192 for sale

HITACHI S-4160 is a scanning electron microscope (SEM) that is used in a wide range of scientific, industrial, and educational applications. The main features of the microscope are its remarkable performance and its versatility. HITACHI S 4160 features an advanced direct drive type motorized stage that can cover a wide range of magnifications up to 8000x. With an extremely fast scan time of 0.4 seconds, and a stable image quality, S-4160 offers high-resolution imaging without the need for additional hardware. In addition to traditional SEM images, S 4160 can produce both secondary and backscattered electron images which provide detailed information about the sample's surface structure and composition. It also offers digital signal processing capabilities to improve image resolution. HITACHI S-4160 utilizes a digital signal processor to process and analyze signals from the SE detector and provide reliable and accurate images. Furthermore, HITACHI S 4160 includes an integrated image processing equipment capable of displaying both monochrome and color images. A variety of image processing tools are available, such as spot focus and sharpening, contrast adjustment, brightness adjustment, and image rotation. The flexibility of S-4160 makes it a great choice for many research and industrial applications. It can be used for a variety of materials, including semiconductors, metals, and biological samples. With its ability to capture extremely detailed images, S 4160 can be used for a wide variety of studies, such as defect analysis, image enhancement, metallography, bonding analysis, and many others. HITACHI S-4160 also features a built-in cooling system to ensure that the sample stage remains at an ideal temperature for the imaging process. This cooling unit prevents thermal drift, which can cause images to become distorted over time. HITACHI S 4160 also features a built-in air bearing machine to maintain an optimal operating environment. S-4160 is an excellent choice for a wide range of imaging applications. It is packed with features that make it easy to use and maintain while providing excellent imaging performance and reliability.