Used AMRAY 1100 #126382 for sale

AMRAY 1100 is a high-performance scanning electron microscope (SEM) designed for a wide range of applications from materials research to circuit failure analysis. The microscope combines a highly advanced optical design with enhanced imaging capabilities and superior image quality. Its large field of view and fast acquisition times make it an ideal choice for users who need to observe and analyze large, complex, and dynamic samples. 1100 uses advanced digital scan electronics to collect images throughout its large field of view. This allows for faster data acquisition times than other microscopes. The microscope is equipped with a precise electron gun that produces a finely focused beam of electrons. This beam is then scanned across the sample, and the secondary electrons are collected and recorded. This enables the microscope to generate detailed images that can reveal features of interest down to nanometer resolution. The microscope also incorporates advanced optics to correct for aberrations that would otherwise distort the image quality. This ensures that all features are correctly focused. The considerable magnification range of the microscope means that it can magnify images up to 500,000x. Coupled with the impressive resolution and field of view of the image, this allows the microscope to make detailed observations of even the smallest of features. AMRAY 1100 also provides the user with a comprehensive suite of imaging modes. This includes topographic imaging, monochromatic imaging, backscattered imaging, and more. These imaging modes enable users to tailor the microscope's settings to the specific requirements of their application. The microscope is further enhanced by its user-friendly design. The microscope features a user-friendly interface and intuitive controls, allowing users to navigate easily through the options and images during the imaging process. In conclusion, 1100 is a robust, yet versatile scanning electron microscope that can be used for a wide range of applications. Its large field of view and fast acquisition times, coupled with its impressive image quality and numerous imaging modes, make it an ideal choice for users looking to efficiently obtain high quality images from even the most complex of samples.