Used FEI Quanta 200 FEG MKII #9362184 for sale

FEI Quanta 200 FEG MKII is an advanced scanning electron microscope (SEM). It delivers exceptional control and image resolution for nanoscale research. It features a field emission electron gun (FEG), which provides greater stability than traditional thermionic electron sources used in other SEMs. It also provides exceptional contrast and dynamic range for high-quality, high-precision imaging. The microscope has a 250 kV beam current driving a minimum beam current of 10 nA. This allows for a resolution of up to 1.3nm in Secondary Electron Mode and 0.9nm in BSE. It has an automated OptiTune focusing equipment that autocorrects for lens aberrations, enabling more reliable and accurate imaging. The Quanta 200 also features high-precision stage control, with an integrated, precise, automated Z-axis control system. Its multiple sample manipulation options provide flexibility for sample orientation. It also has an automated drift-correction unit to ensure that imaging remains stable over time. The high-resolution, high-contrast images produced by the Quanta 200 make it ideal for a wide range of research applications, including microfabrication, failure analysis, metallurgy, materials science, and semiconductor device fabrication. The Quanta 200 imaging machine also includes both an integrated backscatter detector for single-element analysis and a full-range EDS detector suite. This suite includes EDS spectrometers for analyzing multiple elemental compositions. Additionally, the EBSD detector can be used for orientation mapping of polycrystalline materials. The Quanta 200's integrated specimen control tool automatically adjusts imaging parameters to maintain maximum image stability. It also features an automated stage washing asset to keep the stage free of smears or particles. The microscope also includes an integrated CRT monitor and multiple ports for external monitors, headphones, and function controllers. The Quanta 200 is an effective tool for research in fields ranging from medical and life sciences to materials sciences and engineering. Its sophisticated features are capable of producing superior images and analysis results, making it popular among scientific and academic users.