Used AMAT / APPLIED MATERIALS Centura Ultima HDP CVD #9036577 for sale

AMAT / APPLIED MATERIALS Centura Ultima HDP CVD is a high-density plasma (HDP) chemical vapor deposition (CVD) reactor designed for large scale production. The equipment allows for 10x faster deposition rates than traditional CVD reactors, enabling high throughput production. The process chamber of the system is equipped with a set of Process Control Unit (PCU), embedded into the wall of the process chamber, which helps facilitate and monitor the process. The PCU helps keep deposition uniformity and process control throughout the plasma enhanced chemical vapor deposition. The process chamber houses two parallel plasma electrodes to help maintain a uniform and homogeneous distribution of the reactive species. AMAT Centura Ultima HDP CVD unit also features an in-situ monitoring machine that gives an accurate and immediate readings of the process. This tool has a dual filament loading asset for controlling pressure and temperature. It also has automated support for reactive intermediate formation and measurement. The reactor also features a unique in-situ temperature and pressure profile control, which is designed to offer the highest degree of process controllability. This model allows for fine tuning of the conditions within the process chamber during deposition to achieve uniformity and enhanced performance. Additionally, the equipment has built in monitoring and feedback systems that facilitate greater optimization. APPLIED MATERIALS Centura Ultima HDP CVD system is designed to be highly reliable and is compatible with a wide range of materials, including metals, dielectrics, polymers, organics and combinations thereof. The unit has a long life expectancy and is capable of working for thousands of hours. Overall, Centura Ultima HDP CVD machine provides exceptional deposition uniformity, high-speed deposition, and process control. It is an extremely efficient and reliable method of CVD deposition, and it is capable of meeting the demands of high-throughput production.