Used HITACHI HL-7500M #293641892 for sale

HITACHI HL-7500M is an advanced scanning electron microscope designed for a wide range of applications and materials. It is a high-resolution microscope capable of imaging at resolutions up to 2nm and is ideal for the analysis of the microstructure of materials such as crystals, metals, semiconductors and insulators. HL-7500M is equipped with a monochromatic source and is optimized for low-voltage TEM imaging, allowing for high-resolution imaging of nanostructures. With its high-resolution field emission gun (FEG) electron source and a high-brightness beam current of over 3 nA, HITACHI HL-7500M can accurately obtain images of the fine microstructure in a variety of materials. HL-7500M has a wide range of applications, such as in failure analysis and defect detection due to its ability to image nanoscale structures and materials. It can be used to identify contamination, unintentional phase separation of materials and also to image very small structures or features. The equipment provides high-vacuum operation with a two-stage vacuum diffuser system and has dual independent pumping systems that allow for rapid adjustment of the vacuum level. This allows for rapid and reliable sample preparation in a single instrument. In addition to its imaging capabilities, HITACHI HL-7500M is also capable of vibrational spectrum imaging (VSI) and scanning tunneling electron microscopy (STM). This allows for the study of chemical composition of materials at the atomic or molecular levels. HL-7500M also has a highly automated software unit, allowing for full remote control and automated image analysis. This machine is also compatible with a wide range of accessories, including low-vacuum sample stages, x-ray diffraction systems and EDS (energy dispersive spectroscopy) systems. HITACHI HL-7500M provides unsurpassed performance in its class, with its high-resolution imaging, advanced software and automated tool. Its compatibility with a wide range of accessories make it an excellent choice for research into advanced materials. This versatile and powerful microscope is the ideal tool for materials scientists and engineers in the field of nanotechnology and materials science.