Used HITACHI SU-1510 #9409881 for sale

HITACHI SU-1510 scanning electron microscope (SEM) is an advanced imaging tool used in scientific research and analysis. It is capable of providing high-resolution, three-dimensional images of specimens at a magnification level of up to 5,000x. The instrument uses a powerful electron beam to scan the surface of the sample, which is then converted into a digital image. At the core of HITACHI SU1510 is the scanning electron source, consisting of an electron gun, condenser lenses, a secondary electron emission beam, and a sample stage. The electron gun is responsible for creating the high-energy beam which is directed towards the sample. To prevent the beam from damaging the sample, the condenser lenses focus and limit the beam's energy. The secondary electron emission beam assists in producing clear images as it removes electrons from the surface of the sample which are then captured by the electron detector. The sample stage is used to rapidly shift the sample's position and ensure that the entire object can be viewed under the SEM for detailed analysis. The microscope also includes a vacuum system which is used to prevent contaminants from affecting the quality of the images. The chamber is constantly evacuated to a pressure of around 10-7 torr, thus maintaining a clean environment around the sample. SU 1510 has a wide range of features and functions which make it an ideal tool for analyzing various biological, materials and industrial samples. The instrument can be equipped with various detectors, such as an energy dispersive X-ray detector, an inertial detector and a primary electron detector. In addition, it is capable of performing a variety applications, such as coating, positive ion imaging and ion sputtering. The instrument's versatility, combined with its excellent image resolution and ability to provide three-dimensional images, make it a valuable tool for laboratory analysis. SU-1510 is an advanced microscope suitable for a variety scientific research and analysis applications.