Used HITACHI Frame for S-5000 #293646078 for sale

HITACHI Frame for S-5000 is a high-performance scanning electron microscope (SEM) that has been designed to provide precise, high-resolution images of a variety of materials. The S-5000 is equipped with a 1.2 nanometer aberration-corrected Schottky electron gun, an advanced high-speed scanning stage, and a sophisticated digital imaging equipment. The S-5000 features a wide field of view, compatibility with various sample stages, and the ability to acquire images at up to 5.0 nm resolution. The electron gun in the S-5000 can be operated at two different accelerating voltages: 2kV or 5kV. The gun utilizes a multi-column, 2-axis optical system to achieve high-definition images of samples with apertures as small as 2µm. The digital imaging unit consists of a backscattered electron detector coupled with high-speed scanning stages and autofocus technology. This machine allows the S-5000 to accurately detect up to eight different regions of interest, including thin layers and other small features. The advanced stage design and image capture tool of the S-5000 enable the microscope to perform a variety of high-resolution imaging techniques. These include low-dose imaging, which is achieved by reducing the beam current in order to minimize sample damage, and many different types of surface analyses. In addition, the S-5000 can be used to analyze specimens at low accelerating voltage, which can identify buried features or sub-superficial structures. When equipped with a field emission gun, the S-5000 can achieve resolutions as high as 0.25nm. This capability makes the S-5000 suitable for a wide range of imaging needs, from ultra-high resolution AFM applications to materials research. Furthermore, the S-5000 is capable of standard imaging, as well as stereo, tilt-shift, and other advanced imaging techniques. Overall, Frame for S-5000 is an incredibly powerful scanning electron microscope that offers versatility and precision unmatched by other microscopes. Its advanced features and imaging capabilities make it a great choice for materials research, AFM applications, and many other tasks.