Used ASYST VersaPort 2200 #9211682 for sale

ASYST VersaPort 2200 is a multi-use wafer handler designed for critical and high-volume applications. It is intended to provide an efficient and reliable solution to chip production and high volume or critical wafer load/unload requirements. VersaPort 2200 is a highly advanced system, offering multi-function operation to enable cost efficient production of complex products with high repeatability & accuracy. The system includes multiple components, such as a interchangeable wafer magazine, interface arm, wafer transport arm and wafer positioner. The interchangeable wafer magazine is designed to accommodate 200mm, 150mm and 100mm wafer cassettes, enabling it to be used in a variety of applications. The magazine itself is moveable forwards and backwards, as well as up and down, to enable it to be used near or far from the load location. The interface arm provides a secure and consistent way of positioning the wafers for loading & unloading. It consist of a single arm with dual motor capabilities to enable fast and precise movement in the x and y axis. It is also able to lift and let wafers gently thanks to its built-in hinges. The wafer transport arm is responsible for transferring wafer cassettes from the wafer magazine and loading them onto the wafer positioner. It is equipped with both forward and reverse movement capabilities, so it can easily move the cassette in both directions. It also offers superior protection for the wafers, as it is designed to minimize the possibility of the wafer cassettes making contact with other parts of the mechanism. Finally, the wafer positioner is designed to hold wafers securely in place while they are going through the required processes. It is capable of accurately and precisely positioning the wafers and ensuring that the process is repeatable and reliable. Overall, ASYST VersaPort 2200 provides a comprehensive and complete solution to high-volume processing of wafers. The advanced multiple components ensure that the system is highly reliable and accurate, while the efficient design results in a cost-effective way of producing complex and critical products.