Used HITACHI RS-3000 #9182996 for sale

HITACHI RS-3000 is a scanning electron microscope (SEM) developed by HITACHI High Technologies Corporation. It is a high-performance electron microscope that allows for a wide range of research applications. This includes materials science, nanolitography, and electron beam induced deposition and etching. HITACHI RS 3000 incorporates a top-level imaging system that provides high-speed and high-resolution imaging. It has an ultra-high tension voltage of up to 200kV and an ultra-high brightness of up to 8,000kV, allowing it to provide higher resolution images than conventional SEMs. This makes it an ideal instrument for imaging advanced materials with nanometer-level resolution. Additionally, RS-3000 is capable of imaging in three-dimensional (3D) mode, making it easier to observe samples in 3D. RS 3000 also features precise positioning capabilities thanks to its built-in PZT scanner. This allows for precise stage manipulation and precise focus control. It also features a high-capacity sample chamber that provides a larger target area and can accommodate larger sample sizes. In addition to its advanced imaging capabilities, HITACHI RS-3000 also offers a wide range of analytical functions. These include energy-dispersive spectroscopy (EDS), electron-beam-induced current (EBIC), and electron-beam-induced deposition (EBID). These imaging and analytical functions make HITACHI RS 3000 an ideal instrument for materials research as well as for studying various properties of materials in a precise and detailed manner. Finally, RS-3000 comes with an advanced software package that allows for easy operation and analysis of images. This software provides a range of powerful analytical tools and user-customized dynamic control. It also offers automated data processing and flexible user control. In conclusion, RS 3000 SEM is an advanced instrument designed for performing a wide range of research applications. Its high-end imaging system, precise positioning capabilities, and powerful analytical functions make it an ideal tool for materials research and analysis. Its robust software package makes it a great choice for any research laboratory.