Used KSI KSI 705 #9090353 for sale

KSI KSI 705 is a highly advanced, automated other wafer processing equipment. It is designed to provide a reliable, efficient solution for advanced semiconductor wafer processing applications. This model offers a wide range of features, such as automated wafer positioning and handling, precision placement, fully automated substrate processing, active plasma control, and an integrated data logging system. KSI 705 is built with advanced programming and precision engineering that is capable of optimizing the processing of substrates. It is equipped with a high-quality vacuum component, a three-stage loading unit, and a fully automated motion control machine that can handle complex operations with a high degree of precision. This ensure accurate wafer placement, handling, and processing. KSI KSI 705 operates with a complex network of sensors and is designed to ensure accurate real-time wafer positioning and substrate handling. The tool also provides the possibility to analyze substrate characteristics in real time. Moreover, KSI 705 can be integrated with an active-plasma asset for better control and optimization of plasma processes, and it offers an integration with a data-logging model, allowing for online monitoring and further research of process parameters. This wafer processing equipment also has advanced automation capabilities, making it suitable for even the most complex processes. It features a programmable inspection system, which enables the user to set various levels of inspections and to ensure that the wafer is in accordance with specified criteria. The unit utilizes intuitive graphical user interfaces, as well as safety and alarm systems that can be configured by the user according to their specific needs. An automated recipe-selector machine is also included for added flexibility and ease of use. In summary, KSI KSI 705 is an advanced other wafer processing tool that offers reliable and efficient wafer processing solutions. It is designed with multiple advanced features, such as automated wafer positioning and handling, precision placement, active plasma control, and an integrated data logging asset, making it suitable for highly complex processes.