Used AMAT / APPLIED MATERIALS Centura eMax CT+ #9195718 for sale

AMAT / APPLIED MATERIALS Centura eMax CT+ is a high-performance reactor designed specifically to deliver superior results in chemical vapor deposition (CVD) applications. With its high-power platform, efficient design, and advanced features, this reactor maximizes performance and throughput while helping to reduce cost per wafer. AMAT Centura eMax CT+ is designed around a precision dual linear DC motor that features a high-accuracy contactless optical encoder that enables the motor to accurately position the substrate within the process zone. This motor, along with two-phase inductive automated control, results in a smooth, repeatable, and reliable process. The power equipment for this reactor is an externally-controlled high-frequency AC power source with a variable power output up to 24 kW, enabling the best possible energy efficiency for the particular application. APPLIED MATERIALS CENTURA E-MAX CT+ is equipped with a wide range of advanced features to ensure reliable performance during CVD processes. This includes an advanced pressure safety system to control the process environment, an integrated quartz cold-wall heat management unit to minimize heat loss during deposition, and a chemical source temperature management machine to ensure a consistent and repeatable temperature for the source gases. In addition, CENTURA E-MAX CT+ can monitor and control the process zone temperature through direct contact thermocouples and a thermo-electric cooler thermocouple, ensuring homogenous and consistent results. The reactor also features a real-time monitoring tool to ensure safe operation and limit the potential for damage to the sample integrity. Overall, AMAT / APPLIED MATERIALS CENTURA E-MAX CT+ is an advanced, high-performance reactor that can provide superior CVD processing results. The combination of its efficient design, precision motor, powerful AC power source, and range of advanced features makes AMAT CENTURA E-MAX CT+ a superior choice for advanced chemical vapor deposition applications.