Used FANUC S-800 #9083425 for sale

FANUC S-800 Wafer Handler is an automated equipment designed to handle wafers of various sizes and types in the fabrication of integrated circuits. It is equipped with a three-axis motion system and a digital I/O unit to control the motion of wafers from the supply and source to the process station. S-800 consists of a mechanical platform, wafer feeder, an integrated electronics package, PLC control machine, motion tool and a suction robot with a robotic arm to pick and place wafers. The platform is designed to secure wafers of various types and sizes such as chips, lead frames, SOICs, QFPs, CP-48s, QF-48s etc. It utilizes NPN open collector outputs to interface with external circuits and its connectivity with ovens makes it suitable even for high temperature processing. The suction robot is equipped with a tiltable gripper tool allowing it to pick and place small wafers (50mm x 50mm or less) accurately. The wafer feeder loads automatically allows for a continuous flow of wafers for processing. It has an internal sensor to detect presence of wafers on the feeder as well as the robot's orientation and position before each movement. The motion asset of FANUC S-800 has a closed-loop velocity control to provide reliable, smooth and vibration-free motion with high positioning accuracy. The digital I/O model is used to control the robot arm's velocity, acceleration as well as for controlling outside devices such as ovens and other peripheral equipment. The PLC control equipment provides an easy to use, highly flexible program, that the user can use to control all the integrated components of S-800. The PLC contains a program that is easily modified based on requirements, and also provides alarms and diagnostics to ensure smooth operation. All the components of FANUC S-800 are finely tuned and balanced, and are highly reliable. It is a low-maintenance system and requires minimal servicing for operation. S-800 Wafer Handler is an ideal solution for efficient wafer handling and transfer across different processing stations in IC fabrication.