Used TERADYNE UltraFlex HD #9160669 for sale

TERADYNE UltraFlex HD is a final test equipment designed to provide high throughput and outstanding scalability for a range of manufacturing processes. Its optimized wafer probe, high-speed solution, and smart automation technology make it the ideal solution for the most advanced high-volume production requirements. The system offers a seamless integration with cellular devices, making it compatible with multiple platforms, including Android and iOS. TERADYNE ULTRAFLEX-HD boasts an impressive platform throughput of up to 1.2 ms/test, exhibiting less than 40µs of wafer-to-wafer contact. ULTRA FLEX HD also features optional configurations, offering either a single or dual wafer cell, Each wafer cell is equipped with motorized positioning, providing accurate and repeatable set-ups while an automated alignment process ensures optimal crosstalk performance. The hardware boasts an automated test yield optimization (YOP) feature that analyzes controller, algorithm and throughput requirements to lower overall test costs. This unit also features two integrated SMU, providing high test resolution and performance capabilities. This machine also comes with intuitive software tools, such as the TD memory card and the TestBatch Manager, which helps customers design and manage tests for master wafers. This platform allows for flexible operation and data handling, including detailed logging and a graph-based report of test results. UltraFlex HD final test tool is designed with an open architecture, allowing customers to easily integrate with various third-party equipment, such as handlers and wafer-level printers. Advanced testing criteria can also be programmed, including high-resolution, fail-evaluation, power analysis and more. Overall, TERADYNE ULTRA FLEX HD is an advanced, reliable and scalable solution for high-volume production hardware. Thanks to its range of robust hardware, high-level software, and optimized automation capabilities, this asset is perfectly suited to the most demanding volume production requirements.