Used AMAT / APPLIED MATERIALS Centura 5200 #9240242 for sale

AMAT / APPLIED MATERIALS Centura 5200 is a multi-reactant reactor designed for the semiconductor fabrication industry. This reactor is used to deposit thin layers of dielectric and semiconductor layers on ICs. It offers top-level precision, accuracy and yield for complex integrated circuit structures. The main feature of AMAT Centura 5200 is its advanced modular structure. It includes a host of modules, such as a pre-dopant reaction chamber, a post-dopant reaction chamber, and a turbo pump. The pre-dopant reaction chamber is a sealed environment that allows for the introduction of reactive gases for doping, patterning, and deposition operations. It also serves as an environment for priming the wafer before the start of the deposition process. The post-dopant reaction chamber is used to deposit thin layers of dielectric or semiconductor based on the E-Beam process. In addition, APPLIED MATERIALS Centura 5200 features a turbo pump, which provides a steady and static vacuum environment inorder to stabilize the atmosphere inside the reaction chambers. Centura 5200's cutting edge design is optimized to minimize surface contamination and minimize particle defects. A number of concurrent techniques are used during the deposition process, such as metrology and particle control features which monitor the critical dimensions and variables of each layer. In addition, the design of AMAT / APPLIED MATERIALS Centura 5200 is highly configurable and can be tailored to meet a variety of process requirements. In addition to its state-of-the-art engineering, AMAT Centura 5200 also offers a number of benefits for semiconductor fabrication. The modular design allows for the simultaneous deposition of thin and complex layers, reducing cycle time and simplifying process control. Additionally, it also helps reduce particle and defect levels, increasing device and product reliability and yield. Finally, the powerful technologies used by APPLIED MATERIALS Centura 5200 also ensure high throughput, efficiency and accuracy while maintaining a balance between yield and cost.