Used HITACHI FB-2100 #9283778 for sale

ID: 9283778
Vintage: 2003
Focused Ion Beam (FIB) system 2003 vintage.
HITACHI FB-2100 is a scanning electron microscope (SEM) that can be used for a wide range of applications. It is equipped with state-of-the-art technologies that enable clear and accurate imaging of samples at low and high magnifications. HITACHI FB 2100 is equipped with a field emission gun that is capable of up to 100 kV, a high-resolution detector, a five-axis stage, and a magnifier for enhancing images during exhibition. It has a large chamber to provide plenty of sample room, and a retarding system to prevent sample charging. FB-2100 has a wide range of features to ensure high-quality images of samples. It is capable of 3D elemental analysis, as well as quantitative image analysis. With its multiple detectors, FB 2100 can achieve a variety of imaging modes such as SEI (secondary electron imaging) and BSE (back scattered electron imaging) at resolutions up to 0.4nm. It also has a wobble method that maximizes the detail of surface structures by collecting SEI and imaging signals simultaneously at varying angles. HITACHI FB-2100 is equipped with several features to improve image quality. Its field emission gun (FEG) provides a significantly lower spot size for more precise imaging and higher electron current density. The FEG also has lower chromatic aberration, which leads to improved resolution and contrast. HITACHI FB 2100 is outfitted with an electron lens deflector that enables ultra-high speed scanning and image registration. It also has a bright high-efficiency motor, a low-noise drive system, and a large sample stage to accommodate large samples. FB-2100 is a versatile and reliable SEM, capable of a large range of magnification and imaging modes. Its advanced technologies provide reliable, accurate imaging and analysis capabilities. Its user-friendly interface makes FB 2100 easy to operate even by inexperienced users. Additionally, its robust design is reliable for continuous operation in harsh laboratory environments.
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