Used ADVANTEST M 6771 #9157601 for sale

ADVANTEST M 6771 is a machine handler developed by ADVANTEST Corp, a Japanese manufacturer specializing in semiconductor testing and measurement instruments. It is designed for high-volume test applications in the production of high-performance integrated circuits. M 6771 has an advanced microprocessor-driven controller, a high-speed Z-axis servo motor, and multiple boards for analog and digital signal processing. It is built using metal and reinforced plastic materials for maximum durable construction and reliable operation. The machine handler has 1500mm x 1150mm x 1120mm work dimensions with a weight capacity of 150 kilograms. It also has multiple mounting points, making it suitable for a variety of applications. In operation, ADVANTEST M 6771 boasts a number of precision features that optimize performance. It is capable of sample positioning with 1mm accuracy. The Z-axis range of motion is adjustable, with a maximum speed of 180mm/sec. The machine handler also has a multi-tap control structure for controlling up to four simultaneous waveforms. A dedicated microcomputer is used for machine control, in combination with the main controller. M 6771 also offers safety features, such as an automatic emergency stop control which is triggered when external conditions such as over-current or over-temperature are detected. It also utilizes a mechanical/electronic protection system that guards against loading errors. ADVANTEST M 6771 also has a number of diagnostic features, including a fault history log, LED status indicators, and an onboard trouble shooting tool. In addition to its robust design and reliable performance, M 6771 is easy to operate and maintain. It has a seven-language operation manual that simplifies setup and troubleshooting. It also has an audible alarm system that quickly makes operators aware of any faults occurring in the system during operation. Finally, ADVANTEST M 6771 has an intuitive user-friendly interface that allows users to easily customize settings and input data.