Used KLA / TENCOR SS9000 #293637202 for sale

KLA / TENCOR SS9000 is a highly advanced metrology automated inspection equipment designed to deliver exceptional quality control performance in a production environment. KLA SS9000 is ideal for applications that require superior accuracy, speed, process control and robustness. TENCOR SS9000 uses state-of-the-art optical imaging technology to measure and analyze defects down to 7 nanometers. The system has a maximum measuring accuracy of 0.7nm and operates with a maximum resolution of 6nm, making it capable of detecting tiny pits, blisters and other nanoscale defects. The unit can also detect within-die variations, and has the ability to detect single particle contamination in the range of 5 nanometers or smaller. In addition to its powerful imaging capabilities, SS9000 features a robust architecture and flexible workflow automation. The machine features an automated metrology tool with a multi-layer vision asset for high-accuracy inspection and measurement. It also supports a wide range of test strategies and imaging algorithms, allowing customized process control programs to be developed for individual production requirements. KLA / TENCOR SS9000 also features a advanced control model and analytics package, which allows for real time monitoring of equipment performance and yield performance. This system enables quick and easy determination of any problems or defects in the sample, and provides detailed reporting of the defect analysis results. KLA SS9000 is enclosed in a dust-free environment, and is capable of operating up to 14 hours at one stretch. Furthermore, it can be used in a wide range of production scenarios, such as wafer patterning, bumping, die sort, film deposition and various other types of inspection processes. TENCOR SS9000 is a comprehensive automated solution that provides superior accuracy and process control performance, while providing high throughput with minimum downtime. It is a reliable and efficient production tool that is ideal for the most demanding chips and advanced process technologies.