Used AMAT / APPLIED MATERIALS 3500 #9398722 for sale

AMAT / APPLIED MATERIALS / AKT 3500 is an advanced, single-wafer reactor designed to deliver high purity chemical processing solutions. Featuring an advanced, single-wafer platform, AKT 3500 is capable of processing a variety of substrates and materials, such as silicon, nickel, titanium, aluminum, and various alloys. AMAT AKT-3500 reactor is designed for both wet and dry processes, and can be configured with either an electron cyclotron resonance (ECR) chamber or a high frequency inductively coupled plasma (HFP) source. AMAT 3500 is designed to provide the highest quality results, with maximum control and safety, ensuring the highest-quality products from each chamber cycle. It features an advanced, fully-integrated system architecture, including an in-situ-based control and feedback loop that monitors the process parameters in real time and provides a higher level of process control. In addition, AMAT / APPLIED MATERIALS / AKT AKT-3500 includes a variety of in-house advanced analysis tools that allow integration of samples with multiple sensors such as gas, temperature, humidity, and pressure. These tools enable improved process control and the ability to customize each process to the substrate material. APPLIED MATERIALS AKT-3500 reactor is also equipped with an integrated load-lock system providing maximum substrate protection and a simple removable arm that allows substrate exchange and loading. The arm can be easily configured for both dry processing and wet processing operations. APPLIED MATERIALS 3500 is designed for use in various industries, offering a fast process turnaround and high yield solutions for a wide range of applications, from semiconductor and nanofabrication to research and development. AKT AKT-3500's wide range of process capabilities makes it the ideal choice for a variety of fabrication needs, from chip and MEMS fabrication to flat panel display manufacturing. Overall, 3500 is a versatile, high-precision reactor specifically designed to meet the demands of advanced technology processing. Its advanced design and sturdy construction makes it capable of handling a variety of substrate materials and complex processes, delivering impressive results with maximum safety.