Used ADVANTEST M 6771AD #9215867 for sale

ADVANTEST M 6771AD is an automated handler designed for use in the testing industry. The handler has been designed for use with many types of packages, from IDT, SoC and QSOP devices to BGA and CSP components. It can be used in combination with the V93000 test system, or stand-alone as a handler in bench-testing operations. ADVANTEST M6771AD is a high-speed handler, capable of handling a wide range of device types and packages at high speed and with high accuracy, achieving throughput rates for up to ten packages per minute. It has a feeder capacity of 500 components, making it suitable for supporting high-volume production testing. The feeder part is arranged in a linear fashion, however the handler can be easily connected to a pick and place system if desired. M6771 AD has effectively placed components on its tray bed with a maximum height of 8.7 mm, and a maximum package length of 15 mm. This allows for a wide range of packages to be used in the handler with the correct handling and placement. ADVANTEST M6771 AD handler is equipped with a vacuum device that is used to accurately transport components from the feeder part to the tray bed. The vacuum device is able to work in two modes, a stall mode and a rotation mode. This makes it possible to realize accurate pick-up and placement of components regardless of shape or size. M6771AD handler also features an integrated vision system. This combines high-speed image processing with a high-precision shutter to locate components on the tray and to ensure that they are correctly placed on the tray bed. This allows for a high level of accuracy and reliability in testing operations. M 6771 AD handler is enclosed in a sturdy and durable housing. The housing is fitted with an ergonomically designed user console for easy and intuitive operation. The handler also has several locking abilities to ensure safety during operation. Overall, M 6771AD is an excellent automated handler that is suitable for a wide range of testing operations. It provides a high level of accuracy, reliability, and throughput, which makes it an ideal choice for high-volume production testing.