Used SEIKO SEIKI SMI3050SE #9202859 for sale

SEIKO SEIKI SMI3050SE scanning electron microscope is a high-performance imaging tool that can be used for a variety of applications, including materials science, metallography, failure analysis, and more. The unit is equipped with a 30kV sextuple-field emission gun and dual gun control that can provide clear and highly detailed images without any distortion. SEIKO SEIKI SMI 3050 SE also offers a back-scattered electron detector that enables advanced 3D imaging capabilities including directional analysis, contrast enhancement, depth-of-field imaging, and more. In terms of resolution, SMI3050SE provides an impressive resolution of up to 15nm, and the unit is also equipped with an automated Z-axis that ensures accurate adjustment and measurement. In addition, SMI 3050 SE is capable of being used in a UHV environment thanks to a standard full-range of oblique view ports and an adjustable side wall stage. The microscope also offers a wide range of advanced imaging technologies such as digital image processing and computer-aided measurement, as well as an intuitive user interface and software package. SEIKO SEIKI SMI3050SE is easily adaptable and can be customized to fit the needs of the user. The versatile design of the unit can accommodate a wide range of sample holders and analysis accessories that allow the user to perform experiments in a variety of fields, including medical, materials, biological, and semiconductor. With its advanced capabilities, SEIKO SEIKI SMI 3050 SE is a powerful and reliable tool for many scientific research projects. SMI3050SE is a powerful, versatile scanning electron microscope that provides exceptional imaging results. The advanced features and resolution make the unit perfect for a variety of scientific applications, and its UHV-ready design allows for reliable and consistent results. With its dual gun control, 3D imaging capabilities, digital image processing, and computer-aided measurement, SMI 3050 SE is an excellent choice for research projects in the medical, materials, biological, and semiconductor fields.