Used KLA / TENCOR 8100XPR #293649625 for sale

KLA / TENCOR 8100XPR is a next-generation scanning electron microscope (SEM) designed to provide high resolution imaging and even greater control over applications. By employing a patented X-ray projection technology, KLA 8100XPR enables unprecedented levels of detail and accuracy in both imaging and analysis. TENCOR 8100XP-R is capable of producing images with a resolution of up to 2.5 nm, allowing for extremely detailed imaging of small objects such as nanoparticles and other micro-features. This level of detailing is achieved by the incorporation of a unique X-ray projection system that is used as part of the imaging process. The use of this system enables the SEM to capture both internal and external features of the object being imaged. Additionally, the combination of the X-ray projection, imaging, and analysis allows KLA 8100XP-R to attain greater accuracy, depth, and detail when compared to traditional SEM systems. KLA / TENCOR 8100XP-R also offers a wide range of analysis capabilities. It can capture images in both high vacuum and environmental operation, allowing for the analysis of specimens exposed to various environmental elements such as temperature, humidity, and more. This means that TENCOR 8100XPR can measure specimens regardless of their environment. Additionally, 8100XP-R offers advanced elemental and chemical composition mapping capabilities as well as advanced nanotopography capabilities for sub-nanometer height-resolution imaging. Finally, 8100XPR comes equipped with a powerful software suite. This includes a versatile user interface, a suite of powerful analysis tools and a range of automated options that make using the microscope much more efficient. The software suite also allows users to access powerful technical support options and important data archiving capabilities. Overall, KLA / TENCOR 8100XPR is a powerful scanning electron microscope that provides unparalleled resolution and accuracy. It is a great tool for research, development, and manufacturing applications due to its capability to capture and analyze high-level images with extreme precision.