Used HITACHI S-8820 #293635014 for sale

HITACHI S-8820 scanning electron microscope is an advanced electron microscopy equipment used to observe minute structures and features on a range of samples, including biological, chemical and physical samples. Its imaging capabilities and a wide range of features make it ideal for a range of research and educational applications. HITACHI S 8820 utilizes a high-quality scanning electron column and a differential in-lens detector to quickly and accurately obtain images. The images are displayed on the monitor screen with a brightness and contrast that can be adjusted. The magnification of the microscope can range from a few hundred to two million times, enabling the observation of even very small details. S-8820 also includes a range of automated functions that help in the process of obtaining more detailed images. An automated stage and focus detector allow images to be acquired from a variety of positions, so that the most detailed image possible can be acquired. The automated stigmas adjust creates a more stable image with crisp resolution. In addition, S 8820 has a number of advanced features that make it highly efficient to use. It is equipped with a gas injection system for controlling the atmosphere in the chamber, allowing for improved imaging resolution. A computer-controlled sample alignment unit enables quick and automatic alignment of the specimen. The control of the specimen alignment is also performed through the use of an intuitive GUI (graphical user interface) that allows the user to quickly and easily make adjustments. HITACHI S-8820 is designed to be user-friendly and easy to maintain. Its maintenance features allow the user to quickly and easily detect problems that arise with the microscope, such as SEM column fluctuations, causing the image to become blurry or noisy. Additionally, HITACHI S 8820 features a remote operation mode that allows the user to control the imaging machine from another location. Overall, S-8820 is a powerful imaging tool that is highly valuable in various research and educational applications. It has many advanced features that help improve security, accuracy and usability. Its flexible design allows it to be employed in a wide range of settings, making it an excellent choice for a variety of scientific and educational applications.