Used SEMICON TECHNOLOGY DREAM 2000 #9393020 for sale

SEMICON TECHNOLOGY DREAM 2000 is a comprehensive final test equipment designed to give semiconductor fabricators the highest degree of confidence in the quality of their product. The system uses an array of powerful yet flexible testing technologies that facilitate fast, accurate and objective testing of semiconductor devices and circuits. DREAM 2000 offers a variety of test paradigms including X-ray, thermal imaging, visual inspection, high-resolution acoustic imaging, optical defect inspection, electrical testing, and failure analysis. These tests are conducted in a single test station that provides a comprehensive view of both device performance and process yields. The test station supports multiple test models to ensure that different device types can receive appropriate testing. The unit is designed to provide users with high-level results. SEMICON TECHNOLOGY DREAM 2000 features an easy-to-use graphical user interface (GUI) which allows users to view test results in real-time and make swift and confident decisions. This is supported by advanced software algorithms and mathematical functions that enable users to further analyze results. The machine also supports remote operations and provides secure access to test results and databases. Additionally, it offers valuable features such as detailed traceability of test data, offline test procedure editing, and batch analysis tools. All of these features help to ensure fast, accurate, and secure results. In addition, the tool is equipped with a range of safety features, including global interlocks, temperature sensors, static protection and real-time warning notifications. These features ensure that the asset's functionality is safe, secure, and reliable. DREAM 2000 makes it easier for semiconductor fabricators to produce reliable and quality products. Its array of detailed testing paradigms, intuitive GUI, safety features and traceability of test data make it the ideal model for concluding the final product test.