Used MKS AX 7685-33 #293640014 for sale

MKS AX 7685-33 is a state-of-the-art wafer processing equipment designed for complex and precise electronic device fabrication. It utilizes advanced processing technologies and software applications to enable high-precision wafer processing with sub-micrometer accuracy. The system supports a variety of wafer materials such as silicon wafers and gallium arsenide (GaAs). It features an integrated control unit for optimizing and monitoring processing speed, temperature, and pressure, allowing for consistent and reliable results. The unit can process multiple wafers at the same time, enabling faster and more efficient production. AX 7685-33 is equipped with a modular semiconductor package, featuring a variety of components such as die attach head, die bonding head, and wafer heat sink. It is also equipped with an on-board, embedded real-time computer for advanced machine control and software to manage batch processing, data logging, and other functions. The tool can deposit, etch, and etch-clean wafers, as well as attach and package VLSI chips. It's highly precise die attach head can place, align, and inspect each die with minimal alignment error. The asset's miniature nozzle design is suitable for use with finer particles, allowing for precise material deposition. Additionally, its dual-jet, parallel etching capability can increase etch rate and drastically reduce wafer damage caused by excessive heating. The model is equipped with a variety of safety features such as safety interlocks, automated gas control and pressure ventilation, providing protection against dust contamination and other safety risks. The equipment also contains a variety of tools and software for monitoring, diagnostics, and controlling process parameters. Furthermore, the system's intuitive human-machine interfaces assist with managing and controlling complex processes. In summary, MKS AX 7685-33 is a highly advanced wafer processing unit that can handle complex, difficult processing jobs with precision and reliability. Its advanced software, safety protocols, and control interface make it an ideal choice for large and small scale wafer productions.