Used HITACHI S-4000 #9114534 for sale

HITACHI S-4000 scanning electron microscope is an advanced instrument used for imaging, analyzing, and characterizing samples at an ultra-high magnification and resolution. It is capable of magnifying up to 400,000 times their actual size, allowing scientists to observe detail which is invisible to the unaided eye. A wide range of materials may be analyzed, including metals, semiconductors, ceramics, polymers, biological samples, and composite materials. The main components of HITACHI S4000 are the electron gun, the electron lenses, the digital detector/CPU unit, and the monitor. The electron gun produces a beam of electrons which are then focused by the lenses into a small spot which is scanned across the specimen surface. As the electron beam passes through the specimen, some of the electrons are absorbed and an image is created. The digital unit captures, stores, and processes the signal, providing images of high quality and very good resolution that can be displayed on a monitor. S 4000 can perform several imaging modes, such as scanning mode, secondary electron imaging, backscattered imaging, and through-the-lens imaging, as well as offering advanced features such as energy filtering and contrast enhancement. The microscope also offers good surface profile resolution and can be used for surface analysis of micron-scale objects at atomic resolution. With its high resolution and magnification capabilities, S4000 is an excellent tool used for obtaining detailed information on a variety of materials. The instrument is also equipped with a range of accessories and tools including specimen holders, cryogenic stages, and a variety of imaging and spectroscopy detectors. The microscope is simple to operate and is suitable for a variety of laboratory environments from basic research to specialist industrial analysis. This powerful instrument is perfect for those working in nanotechnology and materials science, providing users with a reliable and efficient way to get excellent imaging results.