Used BROOKS / PRI AUTOMATION ATM-305 #9209887 for sale

BROOKS / PRI AUTOMATION ATM-305 wafer handler is an automated material handling equipment designed for semiconductor assembly, test, and packaging applications. It is an entry-level wafer handler that utilizes an electrical feeder assembly and integrated vision system to precisely pick up and place wafers within an automated process. The machine features a X-Y-Z motorized stage with a vast range of motion, providing precise positioning of the wafer pickup/placement head. It is equipped with a high-speed wafer arm capable of reaching 50 inches of travel per second or faster, depending on the size of the wafer and other factors. It also features an intuitive and high-speed vision unit, with an extensive array of predefined algorithms and functions, as well as programmable image processing features. BROOKS ATM-305 provides maximum flexibility, allowing users to load multiple types of substrates without the need for reconfiguration. It is designed to accommodate various configurations of wafer sizes and materials, ranging from 100 to 300mm wafers and various types of materials from metals to plastics to polymers. It is capable of handling wafer diameters up to 300mm or larger, and can load and deliver up to 5,000 wafers per hour. The machine supports a variety of process points and interface protocols, making it easy to integrate into existing assembly, test, and packaging lines. It also features advanced data reporting capabilities, including real-time status monitoring, data tracking and error reporting, as well as dynamic/static reporting of error counts, cycle times, transfer speeds, and interact time-outs. In addition, PRI AUTOMATION ATM-305 has been designed to meet stringent safety requirements, ensuring the complete protection of tools and personnel. It is compliant with globally accepted standards of safety and quality and features a highly robust design that makes it resistant to the usual shocks and vibrations associated with its application in semiconductor production environments. This robust design also results in longer-term reliability, helping reduce downtime and ensuring consistent process-critical performance.