Used ABT EM-0028 #9203988 for sale

ABT EM-0028 Scanning Electron Microscope is a vacuum-based scanning electron microscope (SEM) equipment capable of subnanometer resolution imaging. It is designed for a wide variety of applications including materials science studies, semiconductor device analysis, biological sciences, nanomaterials, and forensic science. EM-0028's electron optics have been specifically designed to provide superior beam performance and to maximize its imaging capabilities. In addition to this, the system is also capable of producing high quality X-ray spectra in both backscattered electron (BSE) and secondary electron (SE) modes. The unit also boasts a wide range of beam energy settings utilizing a direct detection detector (EDS). This allows for high quality, low noise imaging at higher magnifications. ABT EM-0028 utilizes an advanced column design which has been optimized for ultra-high-vacuum operation. This enables the utilization of coatingless sample stages for high resolution imaging and analysis of non-conductive materials. Furthermore, the machine includes a 3-axis stage which enables greater positional and rotational accuracy. This allows for the accurate identification and analysis of features on coated and non-coated surfaces. EM-0028 is equipped with an ultra-bright cold cathode electron source which allows for improved resolution and reduced beam current densities. The tool is also capable of producing optimized spectra at any desired magnification. Moreover, the asset is equipped with a powerful machine control software package which allows the user to manipulate images and analyze them in real-time. The software suite provided with the model also includes an array of graphical user interfaces (GUIs) which make controlling and operating the equipment easier. In short, ABT EM-0028 Scanning Electron Microscope is a powerful SEM system capable of producing stunningly detailed images at sub-nanometer resolution. The unit provides users with superior performance and highly flexible operation at a wide range of magnifications. The machine's well-designed optics, ultra-high-vacuum tool, cold cathode electron source, and its powerful machine control software suite make it an ideal instrument for various imaging and analytical purposes.