Used HITACHI S-2700 #9080008 for sale

HITACHI S-2700 is a high-resolution scanning electron microscopy (SEM) that offers a unique combination of versatility and dependability in the world of advanced imaging. This remarkable microscope implements a number of cutting-edge technologies that enable users to acquire precise 3D images of samples with unparalleled resolution. One of the main features of S-2700 is its patented Ultimate Close-up and Open-up Function. This enables the microscope to shoot images with the greatest available magnification and image quality both in wet and dry conditions. This is ideal for studies of various types of high-resolution samples such as nanoparticles, proteins, viruses, and other biological objects. HITACHI S-2700 also includes a high resolution, large drift-corrected field-emission (FEC) power detector with an adjustable beam current range. This allows it to accurately capture nanoscale thin layers, delicate samples, and materials featuring variable topography throughout their surface. Furthermore, the detector can process micro/nano/sub-micron area scans and incorporates a Faraday cage with a low-noise digital design for optimal image quality and stability. S-2700 is also equipped with a sophisticated control system that allows users to optimize the settings for various applications. For example, the Semi-Auto-Focus (SAF) system ensures adjustable and continuous focus for superior imaging of high-resolution samples, while the Auto-Stage function uses a motorized stage to acquire multiple images of a sample at various magnifications. In addition, HITACHI S-2700 also offers a wide range of detector options, such as a secondary electron detector, an X-ray/Y-ray detector, an electron backscatter detector, and a backscatter electron detector. Furthermore, the microscope includes a high-throughput transmittance detector feature and enables automated mapping of samples. S-2700 is a powerful SEM that offers unmatched versatility and dependability. Its combination of advanced imaging capabilities and easy-to-use automation makes it an ideal choice for conducting detailed high-resolution imaging of a range of samples ranging from nanoparticles to proteins and viruses.