Used FEI FIB-800XP #9104016 for sale

FEI FIB-800XP is an advanced scanning electron microscope (SEM) ideal for a variety of nanoscale imaging and analytical applications. It offers an enhanced level of resolution with the capability to image and analyze samples down to 0.1nm. The 800XP operates on a dual beam system for optimal flexibility, allowing users to switch between uses such as electron beam-induced deposition (EBID) and focused ion beam (FIB) milling. The main SEM column provides a wide range of capabilities for site-specific imaging and characterization. A unique, rugged environment ensures the optimal sample is preserved with minimal vibration, minimizing the risk of sample damage. The electron beam is generated by a thermionic field emission gun (FEG) emitter which emits electrons within a limited energy range. This ensures a higher quality of images through a better image contrast characterized by greater depth of focus and improved sensitivity. In addition to advanced SEM imaging, FIB-800XP also includes an in-column ion beam mill (IBM) for FIB operations. The IBM is powered by a Ga ion source for precise FIB milling and deposition. It has the capability to build 3D structures with high resolution structure definition. The 800XP has a digital detector which captures more of the emissions from the column, providing the highest quality images for 3D analysis. The 800XP also includes the capability to analyze surface composition with energy dispersive X-ray spectroscopy (EDS). This system can be used to capture the distribution of elements in a sample as well as information on chemical bonding between them. The 800XP also provides the necessary software for automated manipulation of the electron beam for analytical imaging and spectroscopy. This includes advanced automation features designed to maximize efficiency, increase data accuracy, and reduce operational errors. With its dual-beam technology, high resolution SEM imaging, FIB milling, and EDS capabilities, FEI FIB-800XP offers researchers an advanced and reliable tool for their nanoscale research. Consequently, these capabilities combined with its state-of-the-art design, flexible features, and high performance make it an ideal option for a variety of imaging and analytical tasks.