Used EATON NOVA / AXCELIS NV 6200 #9266104 for sale

EATON NOVA / AXCELIS NV 6200 is an ion implanter and monitor developed and manufactured by Eaton Corporation, a semiconductor-components company specializing in designing and producing a variety of ion-implanting and doping equipment. AXCELIS NV 6200 is a highly precise device that uses an energetic beam of ions to implant dopant atoms, like gallium, boron, or phosphorus, into the layers of material that forms the basis of transistors, integrated circuits, and other types of microelectronic devices. It supplies a continuous output of dopant ions to precisely create the desired doping profile in the material. The Ion Implanter device has a control system capable of quickly and accurately monitoring and adjusting the output. It can be run in either manual or automatic mode, with the operator setting all parameters such as energy, beam current, gun voltage, chamber pressure, and so on. EATON NOVA NV 6200 is highly efficient and can operate uninterrupted for extended periods of time, up to 24 hours. The machine measures implant rates in dozens of different materials, including Silicon, III-V compounds, and multi-layered substrates. NV 6200 is equipped with a series of safety systems so operators don't need to worry about possible explosive or toxic substances. All standard safety protocols are observed by the device. EATON NOVA / AXCELIS NV 6200 can support a variety of options like Load Lock, Variable Axis Scanner, Symmetric Implant and Beam Shaping, which allows the operator to customize the angle, position, and pattern of the implanted ions. The monitor system can measure all parameters and display errors with support for traceability between individual components to ensure all parameters are securely met. AXCELIS NV 6200 is an essential tool in the pre-lithography process used to manufacture microelectronic devices. Its precise control and reliability, combined with its ability to run continuously, makes it an indispensable device for production lines that need reliable and reproducible results. The fully automated monitoring system ensures the results are accurate and consistent throughout the process, allowing for higher yields and greater manufacturing efficiency.