Used MULTITEST MT 9320 #293602024 for sale

MULTITEST MT 9320 is a handler designed for automated test applications, specifically designed to enable flexible testing processes and more efficient productivity. The handler has a modular design, ensuring its flexibility and scalability, so that it can be adapted to suit individual production needs and adhere to the required testing requirements. The handler itself consists of a sorting mechanism, integrated transport system, buffer and test site with a robot actuator included in the assembly. The test site is equipped with five independently-adjustable test pins, making it capable of testing different board types and profiles. The robot actuator aids with moving the boards between the different test sites, thus facilitating the testing process. The sorting mechanism allows the handler to separate tested and untested boards from the test site automatically. It includes an embedded pin detector, thereby ensuring that all PCBs (printed circuit boards) are moved through the testing process without interruption. The integrated transport system facilitates the movement of boards between test sites, providing a reliable, error proof, smooth and fast transfer of PCBs. Further, the handler has built-in, advanced edge-detection capabilities, which provide reliable material flow and detecting any mis-angled or mis-defined components within the test setup. This increases the accuracy of the process and proves to be cost-efficient. The handler also has a high-speed, 32-bit controller that allows it to work efficiently and quickly, resulting in increased throughput and decreased downtime. It has integrated safety systems, including E-stop, limit switches and recovery from mis-placed components, and includes a library of different profiles, making testing processes even more flexible. Last but not least, the user-friendly graphical user interface of the handler makes operation and data collection straightforward. Overall, MT 9320 handler is specifically designed to facilitate efficient and flexible testing processes, and to help expedite throughputs in automated testing applications. It is cost-effective, reliable, and most importantly, safe, and offers increased test precision, ensuring that all tested components are in optimum condition.