Used HITACHI FS300 #9402036 for sale

HITACHI FS300 scanning electron microscope is an advanced imaging solution that provides superior imaging across many different fields of research. It is capable of producing incredibly detailed images of samples at high resolution, making it ideal for applications such as materials science and engineering, nanotechnology and biology research. FS300 is equipped with a field emission SEM column that allows for a significantly higher imaging accuracy compared to other microscopes. The advanced column design ensures maximum resolution and stability for superior imaging results. Additionally, HITACHI FS300 is equipped with an automated specimen stage that can accommodate a variety of sample sizes and shapes, allowing for quick and easy manipulation of the sample during imaging. The instrument can operate at up to 30kV and has a high detection capability, allowing for the analysis of sample morphology with excellent detail. Additionally, it incorporates secondary- and back-scattered electrons, enabling users to accurately assess composition and formations. The dual-position detector scanning system further enhances imaging capabilities by enabling faster scanning, while minimizing specimen manipulation and improving data reproducibility. For user convenience, FS300 has a number of features to ensure maximum accuracy and quick results. Its integrated automated analysis and imaging software improves efficiency, while its easy-to-use graphical user interface simplifies operation and control. Furthermore, the microscope's wide range of accessories provide various options for investigations and experiments, including a high-resolution chamber for in situ observation and a powerful energy-dispersive spectrometer for elemental analysis. Ultimately, HITACHI F300 Scanning Electron Microscope is an ideal choice for scientists and researchers looking for a reliable and powerful imaging solution. With its excellent resolution and advanced imaging capabilities, HITACHI FS300 provides researchers and institutions with the best imaging results for a range of applications.