Used JEOL JEM 100CX-II #293799139 for sale

JEOL JEM 100CX-II is a high-performance scanning electron microscope (SEM). It offers a variety of features and capabilities that enable users to obtain high-resolution images of samples in both low and high vacuum modes. JEM 100CX-II includes an ultra-high resolution Schottky emitter capable of producing an electron beam with a spot size of less than half the wavelength of the electron beam. This means that it offers the highest resolution available for SEM imaging with a resolution better than 1 nm. JEOL JEM 100CX-II offers both low voltage and high voltage operation with a wide range of operating voltages from 0.1 kV to 30 kV, enabling it to be used for both high- and low-voltage imaging applications. JEM 100CX-II comes with a built-in, high-resolution camera that offers both analog and digital image capture capabilities. Its dynamic digital camera, the OMAX 28007CC, allows users to obtain images with a resolution of 0.9 nm. JEOL JEM 100CX-II also includes a computerized chamber control equipment that can be used to monitor the environment. It includes a built-in vacuum detection system that helps ensure safe chamber operation and a turret-style filament regulation unit that helps maintain high levels of SEM illumination. In addition, JEM 100CX-II includes a variety of specimen stages that allow users to manipulate samples in various ways during imaging. These include a 3-axis motorized platform and a manual stage. The 3-axis motorized platform allows users to precisely rotate and translate samples of up to 150mm in size. Overall, JEOL JEM 100CX-II is a high-performance SEM that provides users with a wide range of features and capabilities for obtaining high-resolution images of samples in both low and high vacuum modes. It includes an ultra-high resolution Schottky emitter, a range of operating voltages, and a high-resolution camera. In addition, its chamber control machine, specimen stages, and turret-style filament regulation tool make it an ideal choice for various imaging applications.