Used ASML Twinscan AT 1200B #293663072 for sale

ASML Twinscan AT 1200B
ID: 293663072
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ASML Twinscan AT 1200B is a wafer stepper, specifically designed for advanced lithography. It has been developed and shaped by the System & Components Division of ASML. It offers superior precision and performance capabilities to increase overall chip yield. This device is perfect for LEDs, MEMS, and Power Devices. The wafer stepper provides excellent reliability in lithography, with high-resolution imaging and a large field size. It is powered by the AutoTune TWIN Automated Proximity Control (APC), which ensures high wafer-to-wafer uniformity and improved overlay performance. This feature also uses the latest lithography technology, advanced reticle alignment methods, and advanced metrology accuracy for the most precise patterning of the wafer. The device offers rapid and accurate exposure and is equipped with a number of components that make it a powerful tool for lithography. These components include ASML proprietary Scan Technology, which improves field size and improves throughput; Auto Reticle Alignment (ARA) technology improves overlay performance; and field uniformity boosting, which works with the AutoTune TWIN APC for high wafer-to-wafer production. In addition, Twinscan AT 1200B boasts a lower OPC-generated defect level and improved critical dimension uniformity, enhancing the value of wafer patterning. The reticle and wafer stage loads/unloads are automated, making the device easier to use and supporting the latest stage deployment technology. The device also has an adaptive workflow for higher productivity with fewer process time corrections. Overall, ASML Twinscan AT 1200B is a top-of-the-line device for advanced lithography, providing excellent precision and performance capabilities and helping support effective wafer patterning. It is suitable for a range of applications and has a number of features that facilitate efficient use and high yields. Ultimately, the device is designed to provide the best performance and reliability to enhance overall chip quality.
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