Used RUCKER & KOLLS / R&K 683A #9042737 for sale

A RUCKER & KOLLS / R&K 683A prober is an advanced automated probing station designed for high-volume production test. It is a cost-effective solution for optimizing performance and minimizing overhead associated with the test process. This high-performance prober offers reliability, accuracy, and scalability to meet the requirements of engineers trying to stay ahead of current technology trends. R&K 683A is equipped with a 300mm active area, a patented wafer-edge mount technology, and a 10-pin prober arm. It has a maximum travel speed of 1.5 meters per second and a scanning accuracy of 25um. This prober utilizes a modular design, allowing users to configure the station to their individual needs. It is easy to use, requiring minimal technical knowledge or training, and provides high-throughput results. The 9th generation controllers and the integrated FARSOFT software provide efficient test set-up, operation, and playback for managing the prober's capabilities. The controllers also support productivity enhancing features, such as Real Time Distortion Correction and Ribbon Tooling. Together, these features help to ensure optimal production results. RUCKER & KOLLS 683A is capable of handling a variety of substrates, including standard glass, ceramic, or low-k and high-K chip technologies. Additionally, its flexible mounting system supports die-singulation of multiple die wafers, flip-chip mounting, micro-array wafer mounting, and die-centered wafer scanning. In addition to its features, 683A has an adjustable vertical height alignment and a flexible wafer-align station. This helps to ensure that the probing system is properly adjusted for optimal probing accuracy. The system is also built to accommodate multiple software packages, making it suitable for a variety of applications. Overall, RUCKER & KOLLS / R&K 683A prober is an excellent tool for achieving maximum troubleshooting accuracy, efficiency, safety, and throughput. It is equipped with a powerful, modern, and robust design, allowing it to be used for multiple applications. It is a reliable, efficient, and cost-effective solution for operations requiring high-volume test production.