Used HITACHI S-4200 #293596956 for sale

HITACHI S-4200 Scanning Electron Microscope is a powerful tool used in scientific research for a variety of applications. It features high-resolution imaging capabilities and a special low-voltage scanning electron detection equipment which provides high image contrast. Its advanced design includes a wide range of sample stages, vacuum system, and scanning electron optics. The long- life FEG gun provides a stable beam spot with low noise to deliver excellent image quality at a low accelerating voltage. The microscope is compatible with a wide variety of sample stages, including motorized stages and cryogenic stages, as well as many types of physical, chemical, and biological sample holders. The mouse-driven operation provides users with easy and intuitive operation for quickly setting up different imaging tasks. The digital camera unit captures images in both single- and multichannel modes to allow for mapping, three-dimensional imaging, and complex manipulation. The microscope also includes a special low voltage machine for high-sensitivity SEM imaging. This unique tool makes it suitable for imaging low-contrast and soft samples in which destructive higher voltage electron beams would cause considerable sample damage. HITACHI S 4200 Scanning Electron Microscope also has an automated data collection asset. This integrated model allows for automatic measurements of sample microstructures and properties, including strain, amplitude, and grain orientation. It helps to significantly reduce manual time in sample analysis and the preparation of reports. The microscope is equipped with built-in security options to prevent unauthorized access. With this instrument, users can easily create and store their own image files, ensuring their results are safe. S-4200 Scanning Electron Microscope combines powerful features with highly accurate imaging capabilities. It is an ideal instrument for researchers who need detailed and precise images for their studies. The highly sensitive low-voltage detection equipment, automated analysis tools, and exceptional sample flexibility make this an invaluable tool for research in a variety of fields.