Used HITACHI S-3500N #159092 for sale

HITACHI S-3500N is a high-resolution scanning electron microscope (SEM) designed for nanoscience research. It offers enhanced resolution, allowing users to see minute details of samples even at high magnifications. S-3500N features a cold field emission gun (FEG) electron source. This type of electron source produces low-noise, high current electron beams which offer excellent spot size and stability. This electron source allows higher resolution imaging and offers greater stability than other electron sources. It also reduces charging effects and provides higher signal to noise ratios. HITACHI S-3500N is equipped with a state-of-the-art digital imaging equipment. This digital imaging system features a high-definition digital camera, allowing users to capture and analyze detailed images at magnifications up to 500,000x. The digital camera also supports various types of secondary electron imaging (SEI), including angled, dual energy, ultra-high resolution, and time-resolved imaging. S-3500N also boasts a 3-axis sample stage. This stage offers automated X, Y and Z movements, allowing for the measurement of sample thickness. Additionally, the sample stage can be used for automated tilt and panning. This feature allows for field of view angle frames to be observed. HITACHI S-3500N is designed for both biological and non-biological samples. It offers a variety of techniques, including sample characterizations by X-ray microanalysis, secondary electron imaging (SEI), and Transmission electron microscopy (TEM). S-3500N also features a vacuum chamber to maintain sample integrity during observation. HITACHI S-3500N is an advanced SEM, perfect for nanoscience research. Its state-of-the-art electron source, imaging unit, and sample stage make it an invaluable tool in the nanoscience research field. Its powerful imaging capabilities and automated features offer researchers unparalleled control over the SEM's operation. Its highly sensitive electron source and digital imaging machine provide users with a high-quality SEM that is capable of producing high-resolution images and detailed analysis of small samples.