Used AMAT / APPLIED MATERIALS DxZ #9218980 for sale

AMAT / APPLIED MATERIALS DxZ Reactor is an advanced metal-oxide plasma etching tool specifically designed for the production of accurate and precise metallurgical structures. AMAT DxZ Reactor is designed to provide efficient, high-density plasma etching of materials such as aluminum, copper, and other oxides for the production of intricate metallurgical structures. APPLIED MATERIALS DxZ Reactor uses the application of direct-current (DC) voltage to a low-pressure hydrogen-based plasma. The DC power is generated by an oscillator that cyclically couples high-frequency (HF) and low-frequency (LF) waves, allowing adjustments to the size, shape and density of the etch while maintaining a highly uniform distribution of ions and radical species throughout the process. The combination of HF and LF waves results in an efficient etching process with improved etch uniformity and higher etch rate than could be achieved with single-frequency processes. DxZ Reactor is controlled by an advanced process control system that uses feedback signals to adjust the power levels and gas flow rates for improved control over the etched materials. The feedback provides real-time data on the chemical nature of the etching process and helps to ensure that the desired metallurgical structure is achieved every time. Additionally, AMAT / APPLIED MATERIALS DxZ Reactor can also be automated to provide fully repeatable etches on uniform samples. AMAT DxZ Reactor is capable of etching a variety of materials including single- or multi-layer stacks, perforated structures, and micro-features, allowing for the production of intricate patterns and structures. In addition to etching operations, APPLIED MATERIALS DxZ Reactor is also capable of carrying out passivation operations, thin-film deposition and pattern transfer. These capabilities make DxZ Reactor an invaluable tool for metallurgical research and production of metallurgical microstructures. Analytical Tools, suitable for element-specific education, such as SEM imaging and EDX spectroscopy, can also be used to analyse the X-Y etched samples. Overall, AMAT / APPLIED MATERIALS DxZ Reactor is an advanced metal-oxide etching tool specifically designed for the production of intricate metallurgical structures. AMAT DxZ Reactor uses a combination of HF and LF waves to achieve an efficient etch rate with improved uniformity. The reactor is controlled by an advanced process control system and can also be automated for repeatable samples. Furthermore, APPLIED MATERIALS DxZ Reactor is capable of carrying out passivation operations, thin-film deposition and pattern transfer. These features make DxZ Reactor an invaluable tool for metallurgical research and production of intricate structures.