Used HITACHI RS-4000 #9224611 for sale

HITACHI RS-4000 is a scanning electron microscope (SEM) designed to provide high-resolution images. This model is specifically designed to meet the needs of research, manufacturing, medical and industrial applications. HITACHI RS 4000 is capable of producing three-dimensional images with high-resolution in the nanometer-scale, giving users the ability to observe samples at high magnifications and incredible detail. The image quality is further enhanced by the inclusion of a low-vibration driving equipment, which minimizes movement during imaging. RS-4000 features an advanced optical system which allows for high contrast, super-fine imaging. The optical unit features a low noise optical machine, a navigation control for easy operation, and a low magnification lens for wide field of view imaging. The imaging resolution is further enhanced by the use of a secondary electron detector with ultra-high sensitivity and a high-stability video tool. An EDX (Energy-Dispersive X-ray) asset is also included, allowing users to obtain elemental analysis and chemical analysis of their samples. RS 4000 also features a variety of stage variations for different types of samples. This includes a high-precision XY automated stage, a rotary axis stage, and an automated motorized wafer stage. A "Grid Selector" is also included, which can select and move sample grids for repeatable and reliable sample movement. HITACHI RS-4000 was designed to be easy-to-use and highly intuitive. It includes an on-screen display for easy operation and a programmable touch panel that simplifies the operational controls. Multiple software packages are available that can be customized to suit the user's specific imaging needs. The software also offers a variety of user-defined parameters such as sample type, mode of operation and magnification range. HITACHI RS 4000 is a highly advanced scanning electron microscope that provides unparalleled image quality. It is an ideal instrument for high-resolution imaging applications, providing users with an incredible level of detail and insight into their samples.