Used HITACHI HD-2000 #293796590 for sale

HITACHI HD-2000 is a scanning electron microscope (SEM) that focuses a high voltage electron beam onto a sample to obtain high resolution imaging. It has a maximum magnification of 0.5 nm allowing for detailed observation of structures down to that size. HITACHI HD 2000 has a spherical aberration corrector which ensures a level of imaging quality superior to conventional lens systems, while its energy-dispersive X-ray spectroscopy allows for chemical analysis of the sample. HD-2000 features a high brightness electron source with thermionic emission technology, giving it an ultra-high degree of stability that is unsurpassed by other SEM's. The electron source lifespan is over 10,000 hours, making it a reliable and robust instrument for long-term imaging needs. HD 2000 also has an extensive range of imaging options, including topography, aspect ratio, crystal orientation and phase analysis, as well as low vacuum modes. HITACHI HD-2000 has a vacuum chamber that maintains an ultra-high degree of cleanliness and stability. Its innovative dual-pump system enables HITACHI HD 2000 to reach extremely low vacuum of 2x10-5 mbar or lower, allowing for precise imaging of organic compounds. HD-2000 provides excellent image information, with a resolution of 1.4 nm and a unique aperture angle control system allowing for precise adjustment of beam convergence. HD 2000 also features automatic edge enhancement, allowing for easier visualization of fine details. Furthermore, its image stitching feature helps to assemble a larger field of view. HITACHI HD-2000 has an innovative sample chamber design which supports improved sample loading and operations, while its ergonomic design and user-friendly interface make it easy to use and operate. HITACHI HD 2000 also features an automated multi-function sample stage with a wide range of motion settings, ensuring a wide range of sample handling capabilities. HD-2000 is an advanced scanning electron microscope, allowing for high resolution imaging, chemical analysis and precise imaging settings. Its extensive settings and ergonomic design make it an excellent choice for a wide range of applications, from medical imaging to industrial analysis.