Used KLA / TENCOR AIT 8010 #293747976 for sale

KLA / TENCOR AIT 8010 wafer testing and metrology system is a highly advanced wafer inspecting and measurement tool used for both process control and device characterization. It provides complete 2D and 3D imaging for both standard pattern and scan electron microscope (SEM) applications. The system also offers industry-leading feature resolution and inspection speeds, allowing for greater data collection efficiency. KLA AIT 8010 is the latest in wafer testing and metrology technologies. It is designed to provide high-resolution, non-contact imaging for a wide range of advanced, high-density semiconductor structures using both optical and electron imaging systems. TENCOR AIT 8010 is capable of reliably analyzing complex structures up to 4um in 0.01um increments, ensuring maximum accuracy and performance. AIT 8010 further provides advanced 3D imaging, capable of inspecting large features as well as features with high aspect ratios, fast movement and high precision. It utilizes a scanning electron microscope (SEM) to image these features with unprecedented clarity, reducing inspection time and improving overall yield. In addition, advanced lithography and etching techniques can be used to create uniform features across the wafer. KLA / TENCOR AIT 8010 also offers a quality Index feature that allows users to track pass/fail trend and identify process issues, while the flexible programming environment provides users with countless options to customize inspection and analysis processes. Numerous automated commands and data analysis provide users with greater control, allowing for a deeper and more thorough analysis. KLA AIT 8010 is fully integrated with KLA existing Quality Control modules, allowing for even further quality control. Moreover, the system is CLII & CL IV compliant, meaning that it meets the quality and reliability requirements for today's increasingly complex fabrication processes. In conclusion, TENCOR AIT 8010 is the ideal wafer testing and metrology solution for a wide variety of advanced semiconductor applications. Its superior resolution, speed, quality index systems and integration with existing control modules make it an ideal choice for industry-leading process control and device characterization.