Used JEOL JEM 1010 #9302076 for sale

JEOL JEM 1010 is a scanning electron microscope (SEM) that uses electron beams to create two and three-dimensional images of a specimen. It is used for examining a range of materials, from metals to biological samples, at a wide range of magnifications. The electron gun of JEM 1010 operates at 10-30kV, and its detector system has an adjustable working distance and is optimized for high-resolution imaging. Using its four-quadrant scintillation detector, JEOL JEM 1010 produces high-contrast SEM images of specimens. The detector also allows the user to observe the composition of specimens, with its energy dispersive X-Ray (EDX) capabilities. JEM 1010 is capable of producing both digital and analog images. The digital images can be outputted in two-dimensional (2D) or three-dimensional (3D) formats, and can be further manipulated to produce higher resolution images or to visualize the topography of a sample. The analog images can be used for low resolution imaging of larger specimens, or for measuring surface features. JEOL JEM 1010 is equipped with a backscattered electron (BSE) detector, which is employed for the imaging of specimen surfaces. BSE images allow users to observe the surface topography and composition of a sample in great detail. The specimen stage of JEM 1010 is designed to hold a range of samples, including biological samples, and is capable of handling temperatures up to 180°C. It can also be set up for imaging specimens in the presence of a fluid. The stage can be adjusted for centering, rotation, and tilt, allowing users to create dynamic images or rotate a specimen. JEOL JEM 1010 is equipped with several features to ensure its accuracy and stability. These include a built-in self-test function, an alignment mark, and an alignment check. In addition to these features, JEM 1010 also includes several external features for controlling the microscope, such as the optional electron zoom lens. JEOL JEM 1010 is an efficient and reliable SEM for imaging a wide range of materials. Its features, including its low operating voltage and its numerous external controls, make it an invaluable tool for researchers across various disciplines.