Used ADE / KLA / TENCOR NanoMapper #9203138 for sale

ADE / KLA / TENCOR NanoMapper is an X-ray equipment designed to provide high resolution imaging for nano-scale analysis. This system is ideally suited to provide high resolution imaging of small features to detect and analyze nanoscale features. The unit utilizes advanced digital X-ray detectors that are sensitive to high energy X-ray photons ranging from 200-1000 keV. ADE NanoMapper is designed to provide imaging with sub-micron resolution capabilities over a variety of sample sizes ranging from sub-micron particles to multi-layer semiconductor wafers. The machine is equipped with a high-speed X-ray source that is capable of operating at 30kV, and a high precision CCD camera for capturing high resolution images. The X-ray source is capable of producing uniform X-ray flux with accurate control of the beam spot size, providing excellent imaging contrast. KLA NanoMapper is also able to image large samples at high resolutions by combining a high-speed CCD camera with patented X-ray beam scanning technology. This technology can capture images of large samples with resolutions up to 0.5µm and provide both spatial frequency and offline imaging. The tool is ideal for providing both static and dynamic imaging of nano-scale features from a variety of sample sizes. The asset is capable of acquiring full-field images at high speed as well as multi-field images with varying resolutions. TENCOR NanoMapper is also equipped with an automated alignment model for greater accuracy across sample sizes. This automated equipment can generate repeatable results with higher accuracy compared to manual sample alignment. NanoMapper is a versatile X-ray system that is capable of providing high resolution imaging capabilities for a wide variety of nano-scale features. This unit is equipped with advanced X-ray detectors, high-speed X-ray sources, high precision CCD cameras and patented beam scanning technology to provide accurate and repeatable results. The machine is an ideal tool in providing high resolution imaging of nano-scale features, making it an invaluable tool for research and industrial applications.