Used AMAT / APPLIED MATERIALS eMax CT+ #9298224 for sale

AMAT / APPLIED MATERIALS eMax CT+ is a high-performance etcher/asher designed to deliver high-quality results for a range of advanced semiconductor applications. It is used to pattern the surfaces of advanced semiconductor devices with complex features, such as memory, logic, RF, and display applications. This tool features advanced uniformity control and a wide variety of etch processes that enable applications such as contact hole etching, gate etching, and Via etching. AMAT EMAX_CT+ features an advanced 800MHz plasma source and is capable of performing plasma etching, AC ashing, and wet stripping. Its innovative gas delivery equipment provides precise and repeatable control over etch processes while its high-powered pre-measuring chamber is able to make accurate measurements of the incoming wafer and automatically adjust to any wafer mismatch. In addition, APPLIED MATERIALS E-MAX CT+ is equipped with state-of-the-artSafety Lockout technology which prevents unauthorized personnel from operating the system. This unit also offers advanced automation capabilities for improved throughput and user productivity. AMAT comprehensive Process Control and Diagnostics software packages are available for further improvement of etch results. Finally, eMax CT+ also offers a wide range of process capabilities, from low frequency (10-80kHz) to high frequency (400MHz). This ensures uniform etching on complex devices, even at the highest etch speeds. It is also the industry's first cluster-capable etcher/asher, providing an exclusive self-assessment capability that allows the machine to automatically select the right operating parameters for the specified processes. Overall, APPLIED MATERIALS EMAX_CT+ is an advanced and efficient etcher/asher that offers improved speed, precision, and repeatability and is perfect for advanced semiconductor technologies. With its unique features and capabilities, it offers advanced users the capability to get the maximum performance in every product.