Used BRANSON CPX 3800H #293600638 for sale

BRANSON CPX 3800H is a comprehensive wafer processing equipment designed to maximize throughput, streamline diagnostic capabilities, and improve quality control. It offers advanced process control and an intuitive user interface that allow operators to quickly set up their process and monitor results. The unit utilizes a variety of processes to help customers maximize efficiency and minimize cost by reducing Setup and Cleanup time. CPX 3800H is built to provide a variety of processes such as chemical-mechanical planarization (CMP) wet processes, ion milling, chemical etching, dry cleaning, ultrasonic processing and chemical vapor deposition (CVD). The system also offers quick changeover capability for multiple wafer types, high throughput, and an integrated process control unit. BRANSON CPX 3800H is equipped with several advanced features to enable consistent processes across different wafer types. Its Process Media Control Machine (PMC) helps to optimize the media to wafer interface, filter particles and minimize oxidation for improved process yield. The wafer chuck is designed to reduce sample misalignment, reduce wafer bow and provide a consistent process. The Integrated Process Control Tool (IPC) offers a number of features such as real-time feedback, diagnostics and recipe recall capabilities that enable operators to monitor a range of process parameters in real-time. Furthermore, the asset can be easily integrated with a central data management station to enable operators to access process and run data from a single point. CPX 3800H provides a rigid and stable platform that can accommodate wafers up to 8-inch in diameter. Its intuitive user interface allows operators to quickly access process recipes and setup screens that provide step-by-step guidance for setup and monitoring. BRANSON CPX 3800H is a perfect complement to any wafer processing model. It provides an efficient and reliable platform for a variety of processes, allowing customers to maximize their throughput, improve yield, reduce costs and minimize environmental impact.