Used HITACHI CG 4000 #293826254 for sale

ID: 293826254
Vintage: 2007
Scanning Electron Microscope (SEM) Does not include Hard Disk Drive (HDD) Power supply: 208 AC, 3 Phase 2007 vintage.
HITACHI CG 4000 scanning electron microscope (SEM) is a powerful tool for studying detailed biological specimens with an ultra high resolution. This microscope utilizes an electron beam to view and examine microscopic samples that are often inaccessible with traditional light microscopy. HITACHI CG4000 is capable of ultra-resolution imaging, simultaneously imaging multiple samples across surfaces. With magnifications up to 150,000X, the microscope achieves a level of detail that is impossible to acquire with traditional optical microscopes. This instrument offers high-precision imaging and the ability to capture images with varying levels of magnification. Each image is collected using several 2D detectors providing a large field of view, allowing for the investigation of a wide range of samples. CG-4000 employs secondary electron, backscattered electron, backscattered ion, UV or X-ray illumination. Additionally, the instrument is compatible with cryomicroscopy, allowing for the imaging of frozen samples. The microscope also offers an automated stage and an embedding stage for performing various specimen preparation techniques. In terms of imaging capabilities CG4000 features a high-resolution imaging system able to capture high-quality images of samples in range of resolution, from 0.2nm at low magnifications up to 10nm at high resolutions. In addition, the microscope features advanced automated functions such as automated auto-focusing, which identifies the optimal focal plane for accurate and repeatable imaging. Due to its advanced imaging and automation capabilities HITACHI CG-4000 scanning electron microscope is an ideal instrument for research departments and applications, specifically those involving biological specimen studies. In addition, the microscope is capable of producing images with incredible accuracy and detail, at an unprecedented level of resolution.
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