Used TERADYNE IP 750 EX #9190084 for sale

TERADYNE IP 750 EX is a leading final test equipment designed to bring high throughput, high accuracy, and high reliability to complex test applications. It provides a cost-effective, efficient solution for high volume testing of electronic components and assemblies. This system allows for the rapid testing of over 6,500 devices per hour. TERADYNE IP750EX uses precise test algorithms and probing head configurations to ensure consistent, accurate results. Its intuitive, user friendly interface makes it easy to program, monitor, debug, and retest with minimal effort. The unit features variable speed controls for each test module and can be configured to quickly optimize its performance for different product families. IP 750EX comes with several built-in features designed to make your testing process more efficient and accurate. Customizable probing head configurations enable different test strategies for each device, thus allowing for optimized test runs with highly accurate results. The machine also offers advanced wafer and die test solutions that allow you to quickly test multiple devices at once. Its 3-D die detection technology ensures precise die-to-die alignment for difficult test boards, improving test processes significantly. Moreover, the tool comes with two built-in racking systems, one for up to 8 wafers and one for up to 12 IC packages, increasing test accuracy and speed significantly. In addition, IP 750 EX offers advanced diagnostic capabilities. Self-test routines run on the asset to check for faults and enable quick diagnosis and repair. The model is endowed with an on-board database that stores all test results, enabling fast and accurate tracking of products. TERADYNE IP750 EX is a reliable, robust equipment that is ideal for high-volume production lines, providing consistently reliable results. Easy to use and configure, the system offers quick, accurate results with no downtime—making it the ideal partner for quality assurance during the manufacturing process.