Used HITACHI LS 9000 #9412085 for sale

HITACHI LS 9000 is a scanning electron microscope (SEM) manufactured by HITACHI High-Tech. This highly advanced microscope is capable of imaging with magnifications up to 100,000x, making it suitable for even the most intricate nanoscale observations. HITACHI LS-9000 features a scanning electron column with a cold-cathode field emission (FE) gun. This gun generates electrons which are accelerated and focused with a special lens system to form a focused probe of electrons. This beam of electrons can then be scanned over the object or sample under observation, creating an image by exciting atoms on the surface and making them emit secondary electrons. These secondary electrons are then detected by an electron detector and processed to generate a digital image. LS 9000 also has a built-in environmental chamber, capable of controlling environmental parameters such as temperature, humidity, and airflow. This chamber is also isolated from the external environment and is useful for experiments that require a highly controlled environment. The microscope is equipped with an advanced optical microscope, which provides images of the sample surface with magnifications up to 8000x. This optical microscope has an anti-vibration system which allows it to maintain a stable image even in a highly dynamic laboratory environment. LS-9000 is equipped with a variety of accessories, such as EDS (energy dispersive spectroscopy), EBSD (electron backscatter diffraction), and high-resolution imaging components. All these components can be used to acquire a wide range of information about the sample, including its chemical composition, crystal structure, internal and external microstructures, and surface topographies. HITACHI LS 9000 is also capable of imaging in various modes, such as bright field, dark field, backscatter electron, and secondary electron imaging. Its sophisticated imaging capabilities, combined with its specialization towards nanoscale particles, makes HITACHI LS-9000 a versatile tool for any nanoscience research.