Used HITACHI CR-8V #293594741 for sale

HITACHI CR-8V wafer handler is a high-precision robotics equipment designed for the handling and processing of semiconductor wafers. The system includes three main components: a servo motor, a robotic arm, and a tool chuck. The servo motor provides precise control over the robot arm's movements and enables rapid and accurate wafer handling. The robotic arm is composed of two main sections, an upper and a lower part, which are linked together to allow the arm to move in three axes. The arm's movements are controlled by the motor and are programmed via a PC unit. The tool chuck is used to secure, hold, and handle the wafer during processing. The entire machine is designed for high accuracy and repeatability, making it suitable for quick operation and processing of multiple wafer types. CR-8V provides flexible wafer positioning and efficient wafer handling, offering high throughput and accuracy in wafer processing. The machine's automated operation allows it to sort, pick-and-place, and flip wafers in a safe and reliable manner for high precision processing of multiple wafer types. To ensure consistent quality handling, the machine is equipped with an array of sensors and diagnostic functions, allowing it to quickly detect any malfunction and initiate a corrective action. The machine can be equipped with an optional vacuum transport tool which transports wafers to the handler using a vacuum chuck. This improves wafer handling speed, accuracy, and process yield while reducing the risk of damage to the fragile wafers caused by manual insertion. The machine has a unique tool-free replacement feature, allowing the user to quickly and easily replace robot parts with no disassembly. HITACHI CR-8V is an advanced wafer handler capable of high speed, accuracy, and repeatability. The machine is designed for high performance, providing an automated solution for quick and efficient wafer handling and processing. The asset is equipped with an array of features that ensure optimal accuracy and repeatability, as well as an optional vacuum transport model for fast and safe wafer transport.