Used CASCADE MICROTECH / ALESSI REL 4500 #9375716 for sale

CASCADE MICROTECH / ALESSI REL 4500 is a fully automated prober used for testing integrated circuits and other semiconductor wafer components. It utilizes a high-speed prober head that can make contact with up to 256 total pins at once and can create a clean and reliable electrical connection. The contact area is monitored through the head's integrated pin and tester adapter that can precisely measure voltages, currents, and other electrical properties. Additionally, the prober has built-in algorithms for serving applications such as wafer thinning, circuit characterization, pattern recognition, and defect detection. It also features a high-acceptance die loading and unloading platform and integrated robotics equipment that ensures every die is accurately and precisely loaded, unloaded and aligned in order to achieve maximum throughput. The system also features a variety of features and components that support high quality results, such as high-precision sample handling hardware, touchscreen user interface, and advanced data programming features. The unit is also designed with a self-diagnostic capability and a number of sensors and controllers that can monitor performance parameters to detect and prevent errors. In addition, ALESSI REL 4500 provides a number of advanced features for production and failure analysis. It features a sophisticated stepper motor and light source that can be used to capture accurate images and videos of the probes' contact sites. Additionally, an ambient temperature chamber is included in order to test components in different temperatures, and its echo cancellation feature allows for a quiet and vibration-free operation. CASCADE MICROTECH REL 4500 is a powerful and reliable prober capable of making reliable contact connections with up to 256 total pins and correctly loading and unloading components. Its advanced features and highly automated robotics machine make it ideal for production and failure analysis applications. Its sophisticated stepper motor and light source can capture accurate images and videos of contact sites, and its self-diagnostic capability and sophisticated sensors and controllers are able to monitor performance parameters and detect and prevent errors.