Used HITACHI S-2400 #9227845 for sale

HITACHI S-2400 is a scanning electron microscope (SEM) that is used for detailed imaging of surfaces and small objects. It is capable of producing images with resolutions down to 0.6 nm and has a magnification range of up to 200,000x. S-2400 is a variable pressure SEM, meaning it has the capability to function at different levels of vacuum in order to produce better imaging results, especially when samples have non-conductive surfaces. Its multi-mode vacuum chamber, which is equipped with different detectors, enables HITACHI S-2400 to perform both low and high vacuum imaging. The system is also ideal for studying solid samples subjected to high-temperature e-beam heating and high-vacuum scanning. S-2400 is built with advanced features such as sample holders for larger specimens, advanced imaging software controls, and a large digital storage area that allows for individual image storage, creating an ideal workflow solution for laboratories. Additionally, real-time imaging functions, such as layer shifting and polarization control, can be used to improve the quality of images further. HITACHI S-2400 also offers a wide range of powerful analytical tools including energy dispersive x-ray spectroscopy (EDX), electron beam induced current (EBIC) measurements, and electron probe analysis (EPA). These analytical tools, which are often used for chemical composition or potential samplings, can be performed quickly and accurately with S-2400. HITACHI S-2400 is also an extremely safe machine as it comes with an ion getter pump, which means it is designed to minimize the leakage of harmful substances into the analysis room. It also has a minimal dirt build-up on its surface, making the cleaning and maintenance of the machine simple and easy. Overall, S-2400 is a powerful and versatile scanning electron microscope that is ideal for laboratories requiring detailed imaging or analysis of surfaces down to the nanometer level. Its advanced features, quality imaging, and wide range of analysis capabilities make it a powerful tool for research and industrial purposes.