Used AEHR Max 2 #9116695 for sale

AEHR Max 2 is a state-of-the-art burn-in equipment designed for testing and validating hardware components and assemblies to detect potential defects. The system is an environmentally controlled cabinet with an integrated multiple custom ATE test and burn-in systems, allowing the testing and validation of a variety of components for any application. AEHR MAX2 unit is capable of high-speed configuration and testing of up to 8 universal analog burn-in, 1-2 slot Custom ATE (Automated Test Equipment) machine, and 1 slot Digital IC tool. Max 2 cabinet features a modular design that allows it to be customized to the user's specific needs. It features two independent cooling systems - one for the testing chamber and one for the burn-in chamber - and an airflow management asset that allows air to be moved from one chamber to the other as needed. Additionally, the model includes multiple high-precision temperature and humidity sensors, allowing it to maintain the optimum environment for testing and burn-in. In addition, MAX2 equipment is equipped with advanced monitoring and reporting features, including real-time monitoring of component temperatures, test and burn-in performance and status, as well as failure analysis and system log maintenance. It also includes a comprehensive initialization and testing sequence, comprehensive safety features, advanced logging and reporting, data security, PCB assembly, and semi-automatic transfer of test results to the user's computer. AEHR Max 2 unit is designed with high-performance and robustness in mind to ensure a reliable and repeatable testing and burn-in process. It is designed to be easily integrated into existing test and validation processes and utilises several advanced technologies to ensure optimal performance throughout the test process. It is also designed to be easy to use and configure, allowing users to quickly setup and test multiple components and assemblies in a variety of test environments. AEHR MAX2 machine is an ideal solution for any application that requires reliable burn-in and testing of components and assemblies. The tool's advanced features, high-quality components, and robust performance make it the ideal choice for testing and validation.