Used TERADYNE UltraFlex #9410121 for sale

TERADYNE UltraFlex is one of the leading final test systems for electronics manufacturers. It is a high-performance, automated test equipment designed to speed up the testing of end-products and reduce costly rejects. It combines designs from both parallel module test and digital test architectures using a common interface to reduce complexity and offer flexibility. TERADYNE ULTRA FLEX has a desktop GUI interface which allows users to quickly and easily configure test programs and monitor diagnostic results. It uses a Linux-based operating system and works on industry standard IEEE 488, GPIB and RS232 communication protocols giving the user a wide range of compatible systems to choose from. UltraFlex hardware is modular, allowing users to select the appropriate set-up for the task at hand with up to 13 parallel tester axes. In addition, the unit is capable of automatically switching between multiple test program revisions and switching between different types of handlers. To ensure accurate results, ULTRA FLEX is designed with embedded fault detection and fault isolation. It also provides extensive real-time monitoring of the test condition, using embedded software that monitors the test parameters and rapidly pinpointing defective components. In addition to its accuracy, TERADYNE UltraFlex machine has high throughput, making it a great choice for high-volume manufacturing. It can support both external and internal ATE environments, as well as a variety of test formats, including digital test, analog test, and high speed test. In addition, its optional scan test capabilities allow users to quickly perform multiple tests on large circuits in a single run. TERADYNE ULTRA FLEX is highly reliable and robust enough to handle the most demanding test environments. It is well-suited for a wide range of applications, such as automotive, consumer, medical device, telecom and industrial markets. With its advanced features, it can help reduce cost, improve efficiency and quality, and maximize yields.