Used HITACHI S-4500 #293655782 for sale

HITACHI S-4500 scanning electron microscope (SEM) is a hardworking and versatile tabletop instrument used for imaging and analysis in a variety of fields. Using an electron beam from an electron optical column, HITACHI S 4500 is capable of capturing high-resolution images and obtaining analytical data from samples. It features an acceleration voltage from 0.1 kV to 30 kV, an integrated high vacuum system, an Everhart-Thornley detector, digital imaging controls, and advanced specimen stage for holding multiple samples. This equipment is suitable for a wide range of applications, from biotechnology and nanotechnology to materials science. S-4500 scanning electron microscope utilizes an electron beam accelerated by an electron optical column that is reflected off a specimen to form an image. By adjusting the accelerating voltage, the user can control the electron beam current, resolution, source size, and contrast. It also has a variable pressure feature that enables the user to perform both low-vacuum and environmental scanning. The Everhart-Thornley detector gathers secondary electrons, backscattered electrons, and X-rays emitted from the specimen to create a topographical image of the sample. The system also has a digital imaging feature that gives the user control over the sensitivity, signal enhancement, and filtering of the images. This feature ensures that images are of the highest quality and accuracy. For ease of use, S 4500 has a motorized specimen stage that can automatically detect up to three sample positions, making it possible to quickly analyze multiple samples. The stage also offers motorized XYZ fields that offer a total travel range of 40mm in X and Y, and 40 mm in Z. It has a pre-set feature that allows the user to recall a previously saved coordinate and a memory that can store up to 99 different coordinated positions. HITACHI S-4500 scanning electron microscope is a powerful, easy-to-use instrument for imaging and analysis. Its multiple features and advanced technology allow the user to capture detailed images and gain accurate analytical results from numerous samples. The instrument is suitable for use in varied applications, from biotechnology and nanotechnology to materials science, making it a reliable and versatile choice for both research and commercial applications.