Used ASYST 9700-6208-01 #9194811 for sale

ASYST 9700-6208-01 wafer handler is a semiconductor processing tool designed to help automate the process of manipulating and transporting wafers during IC manufacturing. This handler is designed to address many challenges faced in wafer handling, such as low throughput, queuing of wafers, and misplacement of wafers during transfer. The hander consists of a base frame that supports both the front and rear end effectors, which in turn provide the wafer transfer, as well as the wafer pickup and handling. The base frame also houses the controller and supporting actuators that allow the end-effectors to move. The end-effectors are equipped with two wafer-handling mechanisms—a vacuum suction cup and a wafer tool to facilitate wafer manipulation for flawless wafer transfer. 9700-6208-01 is driven by a motion control card. The motion control card uses stepper motors in order to ensure the precise locations and movements of the end-effectors and the wafers. These stepper motors come in two versions: (1) with higher torque and longer strokes for ramping and positioning applications and (2) with high speed and shorter strokes for fast, reliable wafer transfer. Both versions of the stepper motors are temperature compensated and designed for repeatable motion control. The wafer handler also features a built-in safety system for wafer handling. The safety system includes sensors to detect when something is interfering with the wafer transfer. The sensors are connected to interlocks to shut off power to the stepper motors and end-effectors in the event of an unexpected blockage or obstacle. In addition, the wafer handler also has sensors to detect when there is an unexpected amount of heat or pressure during processing. ASYST 9700-6208-01 wafer handler is an efficient and reliable tool for IC manufacturing. It provides a highly repeatable wafer transport and handling process that reduces queuing and the possibility of misplacement and eliminates the need for manual wafer manipulation. The integrated safety system protects against blockages and excessive heat during processing to help prevent potential damage to the wafers and the tool itself.