Used TERADYNE Z 1890 #149750 for sale

TERADYNE Z 1890 Final Test Equipment is a revolutionary new generation of test equipment designed to provide fast, accurate, and reliable testing of multiple electronic products. TERADYNE Z1890 is a fully automated system that utilizes advanced robotics, automation, and machine vision technologies to inspect, test, and certify electronic products with high precision and accuracy. The unit is designed to perform a wide range of tests ranging from simple validation to complex verification tests. It can be integrated with a variety of test methods including: physical inspection, electrical test, optical test, in-circuit measurements, JTAG boundary scan, functional test, and embedded program test. TERADYNE machine includes an integrated hardware platform and an intuitive software platform that allows for quick and easy control of all test parameters. The hardware platform includes a robotic arm, robot controller, vision tool, and probes to perform tests. The robotic arm is in charge of product handling and can be calibrated to ensure accurate placement and alignment of product within the test area. The robot controller sends control commands to the arm and monitors its status, while the vision asset uses image analysis to detect board locations, verify product placement and image stability. The probes are responsible for measuring electrical, optical, or functional parameters during the test. The software model includes a powerful test execution engine and a robust graphical user interface (GUI) that provides an intuitive workflow for operators. The test execution engine is responsible for test sequencing and its results can be fed back to the GUI for a visual representation of the results. The GUI also allows for access to test parameters and can be used to manage test queues and program new tests. Z 1890 Final Test Equipment is an easy-to-use solution that can provide fast and accurate test results for a variety of products ranging from digital logic to analog devices. It features advanced robotics, automation, and machine vision technologies to provide dependable and efficient testing. The system is designed to be efficient and user friendly, while still providing the best in-class test results.