Used AMRAY 1830 #9067240 for sale

AMRAY 1830 is a high-performance scanning electron microscope (SEM) that is designed for use in a wide variety of industrial, educational, and research applications. It offers excellent image quality and resolution for applications ranging from nanoscale through macro scale specimens. 1830 is powered by an electron source that emits an electron beam of optimized energy that is used to create a transverse scan of a specimen, allowing for detailed imaging and analysis of its surface structure. Its electron optics system is equipped with an impressive collection of features that ensure high resolution in a variety of operating modes. In addition to its high-quality optics, the microscope also comes equipped with digital image autofocusing and image correction features to ensure accurate images when working with greater magnifications. The sophisticated instrument boasts automated scan size and scan speed modes for accurate imaging of specimens, and precise analytic capabilities that include energy-dispersive X-ray spectroscopy (EDS) and electron backscatter diffraction (EBSD). These analytical techniques provide a detailed and comprehensive dataset on the chemical and structural properties of a specimen, allowing for an in-depth examination of its composition and morphology. The automated functions of AMRAY 1830 also enable the rapid collection of large datasets for extended studies. The microscope is operated using the Windows-based user interface that provides a highly intuitive experience with an easy to use platform. It also comes with powerful software tools such as the STEM enhancement module that allows for multi-dimensional imaging of a specimen. The software tools are supported by more than 2000 algorithms and compatible with a range of third-party software packages for more specialized analysis capabilities. Ultimately, 1830 is a high-performance scanning electron microscope that is tailored for a wide range of industries and applications. Its advanced features and capabilities ensure high-resolution imaging of even the most complex specimens with unprecedented accuracy. With its powerful and intuitive user interface, compatible software programs, and automated functions, it can provide an unrivaled user experience for scientific and industrial applications.