Used RUDOLPH S3000 #9389593 for sale

RUDOLPH S3000 is a wafer testing and metrology equipment designed for use in semiconductor and advanced packaging production lines. It offers precise and comprehensive analysis of semiconductor wafers through the use of fully-automated optical and X-ray based metrology systems. S3000 employs both non-destructive optical imaging and a range of X-ray probing techniques to measure a variety of parameters such as particle/defect density, dimensions and material properties. Its automated wafer testing capabilities include innovative die corner detection software, as well as the ability to detect material variations throughout the wafer. The system also includes advanced wafer mapping capabilities that allow for rapid and accurate characterization of entire wafer batches. In addition, RUDOLPH S3000 features integrated quality tracking and reporting to help facilitate fast, efficient process management. The unit includes an extensive range of automated statistical model-based tools in order to continually monitor and analyze process parameters in real time. This advanced analytics feature can help identify opportunities for improvement and yield enhancement in a production line quickly and accurately. S3000 is designed with productivity in mind. It utilizes a high-speed, large-format X-ray imaging machine that allows for rapid wafer transfer and analysis. This feature allows for rapid repositioning and detection of multiple areas on a single wafer, as well as faster wafer throughput. RUDOLPH S3000 is intended primarily for high-volume semiconductor production environments. It is compliant with safety standards such as SEMI E155 and is compatible with many standard host interfaces, including SEMI CENTRA, OArCS, and RPCPort. The tool also includes a wide range of optional interfaces and accessories to accommodate different wafer sizes and configurations. Overall, S3000 is a highly accurate and reliable testing and metrology asset. It offers a wide range of automated wafer testing capabilities to ensure uniformity and consistency throughout production processes. It is ideal for use in high-volume semiconductor production lines and is designed with productivity and safety in mind.