Used HITACHI S-3400N #293763066 for sale

HITACHI S-3400N is a high-end scanning electron microscope (SEM) designed for advanced research. With advanced imaging capabilities and high-resolution imaging, HITACHI S-3400 N allows researchers to view objects at the nanoscale level. The SEM features a newly designed electron column, which helps to improve image quality. The column has a built-in objective lens that produces an extended depth of field in order to provide a greater depth of focus when viewing objects at a nanoscale level. The column also supports a new three-stage magnetic vacuum chamber, which ensures that the column and sample chamber stay uncontaminated during use. S 3400 N is capable of capturing images with a resolution of up to 5 billion pixels, allowing for more detailed imaging than ever before. The SEM has a detectable resolution of 0.1 nanometers, which makes even the smallest object visible to the eye. With its powerful magnification range, the SEM can optimize image quality in both low and high magnifications. S-3400 N also boasts a wide range of automated controls, making it easier to use. The SEM's user interface is user friendly, giving researchers the ability to quickly and accurately adjust settings. Additionally, the SEM is compatible with a variety of accessories, allowing the researcher to customize the SEM to their needs. S-3400N also has advanced imaging capabilities that make it one of the most powerful SEMs on the market. It features both a BSE detector and a SE detector, giving researchers the ability to capture both bright and dark objects. The SEM also supports a variety of cameras and lenses, allowing the researcher to capture everything from a wide-angle view to an ultra-high-resolution view. Overall, with its advanced imaging capabilities, user-friendly controls, and wide range of compatible accessories, HITACHI S 3400 N is an excellent choice for researchers looking for a powerful SEM. With its unbeatable resolution and imaging quality, HITACHI S-3400N is sure to help researchers gain insight into the nanoscale world.