Used AMAT / APPLIED MATERIALS 9500xR #293757420 for sale

AMAT / APPLIED MATERIALS / AKT 9500xR is a high-tech ion implanter and monitor equipment used in the semiconductor industry. This system can be used for doping, pattering, and forming nano-structures on the surface of silicon and other substrates, making it ideal for advanced semiconductor fabrication. This unit offers a highly advanced range of capabilities such as single and multi-zone processing, ion beam scanning, variable beam current, and a full featured monitoring machine. The tool comes with a AKT 9500xR High Voltage Implanter and a AMAT 9500xR Monitor. 9500xR High Voltage Implanter is a 3-axis implant machine with a max power supply of 1000V/200A. It has a built-in gas control, a vacuum transfer station, and various scan modes including point and line scan, raster scan, cluster scan, and field scan. This machine also features ion beam scanning, variable beam current and exposure time, end of trench detection, and the latest generation of Logic Reset logic circuitry. APPLIED MATERIALS 9500xR Monitor provides detailed insight into beam performance, parameters, and status, allowing users to quickly adjust settings to achieve optimal performance. The asset uses an ultra-low noise FET amplifier for highly accurate, real-time monitoring of ion current. The increased accuracy also prevents unnecessary and unwanted exposure to toxic particles. A visual user interface allows for easy operation of the model, allowing for efficient operation with minimal downtime. AMAT / APPLIED MATERIALS / AKT 9500xR equipment is a highly sophisticated ion implanter and monitor system used in the semiconductor fabrication industry. It is capable of single and multi-zone processing, ion beam scanning, variable beam current and exposure time, end of trench detection, and an ultra-low noise FET amplifier to ensure accurate real-time monitoring of ion current. Its efficient operation and visual user interface enable it to be used optimally and reduce downtime, ideal for a wide range of semiconductor fabrication needs.