Used HITACHI 3500 #9049707 for sale

HITACHI 3500 is a scanning electron microscope (SEM) produced by the prestigious Japanese technology firm HITACHI, Ltd. This high-end multi-functional imaging device was designed for use in laboratories and research facilities around the world. 3500 SEM features a high-power electron gun, which can produce an electron beam with a diameter of up to 200 nm and up to 20 kV. This makes the device well-suited for examining the smallest of samples and studying finer details. It can also be equipped with a variety of different sample holders for investigating a wide range of samples. The device is equipped with a range of advanced imaging modes. These include 3D imaging, allowing for the examination of surface textures and features; dual beam SEM, which allows for the study of sample elements with unparalleled resolving power; and EDX spectroscopy, allowing for the identification of elements in the sample. HITACHI 3500 SEM is also equipped with a robust environmental scanning capability, allowing users to control the pressure, temperature, and humidity of the sample chamber. This makes it particularly suitable for studying biological samples, chemical structure, and electron-beam interactions. The advanced imaging capabilities of 3500 SEM are enhanced by its high-end image processing software. This sophisticated system enables the adjustment and optimization of image parameters; fast, automated analysis; and advanced 3D visualizations. The device also features automated stage control, allowing samples to be moved and positioned with ease. This is particularly important when studying large samples. Finally, the device features an intuitive user interface, allowing for easy setup and navigation. In addition, its user-friendly design makes it easy to perform preventive maintenance and clean the sample chamber. Overall, HITACHI 3500 SEM is an advanced multi-functional imaging device specifically designed for research and laboratory work. With its powerful electron and environmental scanning capabilities, advanced imaging modes, user-friendly interface, and automated stage control, this is an ideal choice for the most demanding applications.