Used HITACHI S-4100 #9229265 for sale

HITACHI S-4100 scanning electron microscope (SEM) is a fully automated, state-of-the-art device that provides excellent imaging quality and excellent analytical performance. It is designed for multi-user operation and offers numerous upgrades for specialized tasks. It is especially suitable for sample preparation and imaging of semiconductor structures. The primary models of S-4100 offer the versatility of 3 imaging detectors: secondary electron detector (SE), backscattered electron detector (BSE) and a combination of SE/BSE. In addition, the microscope can be upgraded for different applications, such as: cathodoluminescence (CL), reflected light (RL), fluorescence (FL) and X-ray spectroscopy (XES), enabling the study of various materials. The sample chamber can generate vacuum levels down to 5 x 10-6 Pa. The microscope also includes a cryo-sample holder and rapid heating and cooling options (down to -196°C) to examine samples without the potential damage associated with air exposure. The samples can be examined using two types of high-quality imaging methods. The first is automatic scanning electron microscopy (ASEM) which can be used to obtain surface information on soft and hard, large and small materials. The second is high-resolution imaging in both low and high vacuum mode for studying structures below 1 nanometer. Additionally, the microscope has automated in-situ tilt rotation capability from -90 to 90 degrees, for viewing samples from different angles. The speed and accuracy of HITACHI S-4100 are optimized through an intuitive graphical user interface (GUI) that allows for rapid navigation and operation of the system. The GUI enables automated, accurate alignment, and focus of the image with little external intervention. In addition, the microscope includes a wide range of imaging and measurement tools. These tools can be used to detail the sample's quantity, dimension, shape, and contrast, along with other information. S-4100 scanning electron microscope is a cost-effective device for multi-user operations such as universities, hospitals, and research laboratories. Its portability, accuracy, and automated features make it an ideal tool for various applications, with the ability to upgrade it for different functions. It is an incredibly reliable and powerful microscope that produces excellent image quality and accuracy.