Used AMAT / APPLIED MATERIALS Quantum X Plus #293821575 for sale

AMAT / APPLIED MATERIALS Quantum X Plus ion implanter and monitor is an ion-implantation device that delivers ions with increased control and accuracy. It is designed to deliver high-quality implants with optimized low-temperature curing, and can be used for a variety of substrates, including silicon, aluminum, lithography resist, and thin-film materials. AMAT Quantum X Plus utilizes multi-field technology, which features dual fields with independently adjustable acceleration voltages. This allows for higher levels of implant speed and accuracy, and allows the operation to be customized to suit the specific implantation process. The machine also features a digital ion beam source, which helps ensure consistent beams of ions for precise implants. The ion beam source is made from a single-piece aluminum alloy construction and is designed to reduce maintenance requirements and increase longevity. APPLIED MATERIALS Quantum X Plus is designed for precise, high-performance monitoring. The monitoring system allows for the precise adjustment of dose, energy, and ion species, as well as the monitoring of parameters such as temperature and pressure. This ensures that the desired result is achieved and that parameters are carefully monitored and maintained. Quantum X Plus is equipped with a compact, space-saving footprint and includes a range of services and support options to ensure that the machine remains running and that optimum results are achieved. These services include application engineering, system maintenance, and user training. Overall, AMAT / APPLIED MATERIALS Quantum X Plus is an advanced and reliable ion implanter that allows for increased accuracy and precision when performing a range of ion implantation processes. Its multi-field technology and digital ion beam source are designed to maximize implantation speed and accuracy and reduce maintenance requirements, while its monitoring system ensures the parameters and desired outcomes are maintained.