Used AMAT / APPLIED MATERIALS xR200 #9032623 for sale

AMAT / APPLIED MATERIALS xR200 is an ion implanter and monitor equipment. It is used in the semiconductor and microelectronics industries to create and monitor ion implantation, a process essential for the production of semiconductor components. AMAT xR200 is a self-contained system that offers both high-throughput and high-efficiency ion implantation. The unit includes an ion source, an accelerator section, a decelerator section, and an assembly line. The ion source is responsible for producing the desired type and amount of ions, and these ions are then accelerated along the accelerator section to a desired speed and energy. They then enter the decelerator section, where the desired properties of the ions are manipulated to control their position and dose rate exclusively. Once the desired properties have been set, the ions are injected into the assembly line in a positive or negative blanket dose, depending on the required implant species. The dose rate can be adjusted during implantation, enabling users to hold a desired level of dopant over the entire substrate. Once in the assembly line, the ions are then monitored and the implantation parameters can be adjusted. APPLIED MATERIALS xR200 is a highly accurate and precise machine, with a resolution of 0.1% of beam current. This enables extremely accurate and repeatable control of the implant dose, making the tool suitable for use with a wide range of implant species. Its advanced control systems also provides superior stability under temperature changes, ensuring that the dose rate is stable and constant. In addition, xR200 is equipped with a range of safety features. Its Safety Interlock Asset prevents accidental exposure of the operator to both ultra-fast charged particles and RF energy, while the Fault-Safe features ensures that the model will shut down in the event of a failure. In summary, AMAT / APPLIED MATERIALS xR200 is an accurate and reliable ion implanter and monitor equipment. Its high-throughput and high-efficiency operation make it ideal for use in semiconductor and microelectronics production processes, while its advanced safety features provide added peace of mind for users.