Used ADVANTEST M7211A #9138429 for sale

ADVANTEST M7211A is a handler used in automated test environments for the testing of memory, logic, and analog devices. The handler utilizes advanced robotics and sensor-based technology to perform accurate device manipulation and accurate test process. Additionally, M7211A can be integrated into existing test systems or used independently. At its core, the handler consists of a frame, transport motors, end effector assembly, various sensors, power supplies, and a computer interface module. Its frame is designed to optimize the accuracy of the end effector assembly and to minimize any vibration during operation. The transport motors allow for precise device movement and carries out a wide range of motions within a small workspace. The end effector assembly is designed for robust and consistent operation and is able to grasp and place random access memory (RAM) devices, logic packages, and other analog components. ADVANTEST M7211A utilizes various sensors throughout its operation, including a high-resolution CCD vision sensor, a force sensing module, and a vacuum pressure sensor. The CCD vision sensor is used to detect devices and enhance the pick and place accuracy of the end effector assembly. The force sensing module is used to detect and adjust force levels depending on the device type. The vacuum pressure sensor further optimizes the operation to prevent any damage to the device package. Additionally, M7211A is controlled by a computer interface module which is connected to a programmable logic controller. This allows for programming and customization of the handler's operation. Through the programmable logic controller, ADVANTEST M7211A can be integrated with autoprobing and test interfaces, thus enabling system-level tests. Overall, M7211A handler is a reliable and accurate way of testing memory, logic, and analog devices. It's well suited for any kind of auto-test environment due to its intuitive software and ability to integrate with other test systems. It's designed to provide optimal throughput and accuracy, while at the same time ensures very high yields.