Used ASYST LPI 2200 #9384483 for sale

ASYST LPI 2200
Manufacturer
ASYST
Model
LPI 2200
ID: 9384483
Wafer Size: 8"
SMIF Loader, 8".
ASYST LPI 2200 Wafer Handler is an advanced semiconductor equipment equipment used for a wide range of tasks, from transferring wafers to and from process systems to loading test packages, to border trimming wafers. It is designed for high-reliability performance, with the capabilities to quickly and accurately transport and process hundreds of wafers in succession. The system contains three loading stations for transferring wafers up to 8 inches in diameter. The three stations are configured for pick-and-place operations, so the unit accommodates a wide range of wafers, including single- and multi-site wafers, bare or packaged die wafers, and wafer cassettes. Additionally, up to four wafer carriers can be mounted, using either one or two carriers per station. The machine is also equipped with two chucks and two end effectors, making it suitable for the more complex multi-site operations where test packages and die need to be handled. The tool has a maximum speed of 1,065mm per second, making it suitable for high-speed operations. In addition, the feed mechanism is designed for efficient distribution of the wafers from the carrier to the chuck, so that all wafers are handled with precision, reducing the chance of contamination or wafer damage. Finally, LPI 2200 is equipped with advanced safety and security features, with all parts securely mounted, to ensure that all operations are smooth and safe. ASYST LPI 2200 is a reliable, modern semiconductor equipment asset that is ideal for industrial applications. It is powerful and accurate, and is designed to handle a wide range of tasks, allowing for flexibility and high performance. It is a highly efficient model, allowing for quick and accurate wafer transfer, with the capacity to process a large number of wafers in succession. It is a robust equipment, with the safety and security features needed to ensure operations are smooth and secure. The end result is a wafer handler that is a key part of any semiconductor production.
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