Used HITACHI S-4800 #9353803 for sale

HITACHI S-4800 is a state-of-the-art scanning electron microscope (SEM) that is equipped with a variety of features and technologies for helping to meet a wide range of requirements for image quality and resolution. HITACHI S 4800 is a field emission type SEM machine with a high resolution secondary electron detector providing a magnification from 30x to 300,000x. This kind of scanning electron microscope provides excellent resolution and extraordinary depth of field. The model is equipped with a newly developed vacuum chamber which enables stable high resolution imaging under variable pressure and temperature settings. This device offers a wide range of features to help meet the imaging needs of a variety of applications. It offers advanced signal processing which helps to improve image quality, precise image resolution which helps to provide excellent signal-to-noise ratio, a precise automated focus beam feedback tracking system, and much more. S-4800 also offers an improved signal-to-noise ratio, a precise position stage control system, and a low- noise preamplifier. The position stage control system offers precise movement control, which helps to ensure precise sample positioning. With its low-noise preamplifier, S 4800 is capable of achieving noise levels far lower than those of conventional preamplifiers. This scanning electron microscope is made to be compatible with a range of accessories, including an optional stage drive unit, which can provide automated X and Y stage drive for fully automated operation, an optional high-sensitivity secondary electron detector to facilitate high definition imaging of materials, and an optional auto-focusing unit which provides automatic focus control during multiple image acquisition. HITACHI S-4800 is a reliable, high-performance SEM designed to help meet the demanding requirements of scientists and researchers. It offers excellent imaging quality, outstanding resolution, precise stage control, and many other features, making it an ideal choice for researchers and scientists who need high definition imaging on a variety of samples.