Used PHOSEON MX1002 #9250111 for sale

PHOSEON MX1002 is a state-of-the-art wafer testing and metrology equipment. It is designed to enable quick, accurate testing and characterization of a variety of substrates and wafers including silicon, germanium, GaAs, CoVx, SOI, MEMS and other similar materials. This system is based on a multi-axis motion platform that allows for high precision and speed control. It is also capable of gathering various measurement data, as well as conducting high-end metrology, including thickness mapping and imaging, across the entire wafer. MX1002's foundation is a highly efficient and accurate motion platform, which is capable of reaching velocities of up to 580mm/s in the X- and Y-axes and 1,000mm/s in the Z-axis. The unit maintains a high degree of control over velocities with a positioning accuracy of 1.5µm (submicron) and repeatability of 0.25µm (submicron). These performance levels allow for a variety of tests and measurements to be carried out speedily and accurately. PHOSEON MX1002 features a modular design that can be adapted to suit multiple technologies and applications. This machine easily integrates with multiple probes and sensors that enable sampling and metrology across the wafer. The tool also comes with an optional automated vacuum handling station for loading and unloading samples. One of the many benefits of MX1002 is its simple and efficient user interface. It supports multiple languages to ensure users from all backgrounds can easily operate the asset. The control application also allows users to create test programs and sequences with minimal effort as well as run an unlimited number of tests with the built-in diagnostics. Overall, PHOSEON MX1002 excels in speed, accuracy, and simplicity. It is an ideal tool for testing and characterization of wafers of various materials. This model is also suitable for production environments due to its reliable performance and easy operation. It is highly recommended for anyone in need of a quality wafer testing and metrology equipment for advanced materials.