Used BROOKS / PRI AUTOMATION ESC-204T-OTF-SMIF-S293 #9256427 for sale

BROOKS / PRI AUTOMATION ESC-204T-OTF-SMIF-S293 is an automated wafer handling equipment designed for use in the semiconductor industry. It is capable of handling wafers up to 200mm in diameter, as well as substrates up to 25mm thick. It is designed for full open top frame (OTF) semi-automated material-in/material-out (MIMO) systems with SMIF load possibilities. BROOKS ESC-204T-OTF-SMIF-S293 enables efficient and precise wafer transport, offering an increased efficiency over manual, hand-held wafer-handling methods, as well as providing a faster and more automated means of movement for wafers inside or outside the load port. PRI AUTOMATION ESC-204T-OTF-SMIF-S293 is equipped with wafer-handling robotics, a motorized stage, as well as common control, motion, and software elements. The wafer-handling robotics is designed to provide secure and reliable delivery, storage, and retrieval of wafers. It is controlled by a touch panel for easy operation and maintenance while providing the necessary wafers to and from the loadport. The motorized stage utilizes integrated motion-control elements, allowing for highly accurate loading and unloading motions. The stage also utilizes a loadport connection interface, allowing for efficient transfer of wafers in and out of the receptacle. ESC-204T-OTF-SMIF-S293 also includes a SORDIN controller, which allows the system to be fully-automated and able to fast-track data-driven wafer handling. In addition to the robotics and staging components, BROOKS / PRI AUTOMATION ESC-204T-OTF-SMIF-S293 also contains software elements, such as the SORDIN control unit, as well as an automation interface for the loading and unloading of wafers. This automation interface is RS-232 and offers a convenient means of communication when interfacing with the external load port machine. BROOKS ESC-204T-OTF-SMIF-S293 offers advanced versatility for semi-automated MIMO systems, allowing efficient handling of wafers with increased accuracy and repeatability. Its use of robotics, motion-control elements, and software elements makes it an ideal choice for precision wafer handling, particularly in the semiconductor industry.