Used EATON NV 20/20A #71196 for sale

EATON NV 20/20A is a versatile, high-performance ion implanter and monitor designed and manufactured by EATON Corporation, an industrial automation and electrical control equipment engineering company. The device is based on groundbreaking Solid-State Linear Induction Accelerator (SILIA) technology, which provides increased sensitivity and accuracy, allowing users to achieve results faster and with better clarity. EATON NV 20/20A implements advanced power and scan technologies to reach optimal high-speed performance. Its autocalibrating sensor circuitry ensures accuracy and repeatability of implantation throughout. Its versatile design allows for highly precise variable field scanning in both x and y axes, allowing for a broader range of implantations with improved accuracy. The device is powered by Windows 7/8 software with a full range of parameters and results from every implantation. It can store up to one million data points with various parameters. The ion source provides precision control with automated fetching of particles, ensuring maximum process stability. Its fully adjustable graphene-based source yields accurate results at any operating temperature. EATON NV 20/20A is equipped with the proprietary "Strain-More" system, which provides greater uniformity of strain and prevents particle diffusion. The device also features a novel "Reverse Cleaning" unit which removes ionized contaminants produced in the implantation process to enhance yield further. EATON NV 20/20A ensures a fully optimized and reliable operation, as it is designed to pass all test criteria for reproducible perovskite implantation. Its advanced onboard monitoring and monitoring capabilities coupled with precision control options increase overall process security and productivity. In addition, EATON NV 20/20A features an advanced temperature management machine to prevent damage to sensitive components during the implantation process. EATON NV 20/20A is a powerful tool used in the electronics industry for high-precision applications. Its advanced design and low cost make it a highly attractive choice for high-tech implantation and monitoring tasks.