Used AMAT / APPLIED MATERIALS Producer #9272619 for sale

AMAT / APPLIED MATERIALS Producer is a high-end deposition tool for the semiconductor industry. It is used for the production of complex structures such as MEMS and the deposition of cutting-edge materials such as GaN and Wafers. AMAT Producer combines the advantages of batch and inline processing and is designed to meet the process requirements of high-performance, high-precision applications. APPLIED MATERIALS Producer can be customized with various reactor chamber designs to accommodate different process requirements. It offers a choice of low-pressure or high-pressure reactors, depending on the process parameters. It can also be configured with a single or multiple chambers for repeatable process cycles. The equipment includes a built-in Substrate Chucking Mechanism (SCM) which ensures precise and uniform substrates for smooth and accurate deposition. Producer is also equipped with an advanced automation system for efficient, repeatable process control. The process chamber is constructed from stainless steel and is water cooled for advanced cooling and protection from heat generated during the deposition process. The reactor can also be equipped with specialized accessories, including plasma sources, high purity gas sources, and a gas delivery unit. AMAT / APPLIED MATERIALS Producer is designed to achieve high uniformity and controllability over a variety of advanced processes, including physical vapor disposition (PVD), chemical vapor deposition (CVD), and sputtering. The machine is designed with user-friendly software to facilitate intuitive and automated process setup. Automated Input/Output staging ensures fast and reliable operation, while sophisticated tool diagnostics and performance tracking provide process visibility and control. AMAT Producer also offers advanced programming capability for tailored operation and long-term process stability. APPLIED MATERIALS Producer is suitable for application in the manufacture of MEMs, shielding materials, optical components, and other cutting-edge materials. The compact design allows for easy integration into existing or new fabrication facilities and its high efficiency and performance guarantee excellent quality, repeatable results and streamlined throughput.