Used EATON NOVA / AXCELIS NV 6200A #9298390 for sale

EATON NOVA / AXCELIS NV 6200A is an ion implanter and monitor designed for drug discovery and pharmaceutical research. It is a high-precision, high-throughput instrument that can simulate bio-molecular reactions in order to optimize structure-activity relationships. The instrument features a high-powered electronic beam gun for precise energy control, an independently adjustable mass spectrometer for precise implant depth determination, and a high-precision electron optics for accurate beam form. AXCELIS NV 6200A is able to perform ion implantation under strictly defined conditions that simulate bio-molecular reactions in order to discover and develop new pharmaceutical substances. The instrument can implant ions into samples in order to optimize their biological activity. This is done through controlling the type, concentration, and energy of the implanted ion species. The instrument is equipped with a variety of systems to ensure accurate implantation conditions. These include an X-ray detector for determining the location of the implanted ions, an interpolator for increasing sample throughput, and a closed loop feedback system for precise temperature control. The instrument is also equipped with an integrated ion shield for protection from stray ions, and a mass spectrometer for precise implant depth determination. The instrument can monitor the sample during and after implantation. This includes gathering data from the wavelength detector and pressure gauge, monitoring the temperature and pressure of the beam, and monitoring leaked ions using the mass spectrometer. All of this data is collected and analyzed by the instrument's onboard computer, which is capable of generating easy-to-understand report graphs. EATON NOVA NV-6200A is designed to be a user-friendly, reliable, and precise instrument. It is capable of accurately implanting ions into samples in order to optimize structure-activity relationships, in the end allowing the discovery and development of more effective pharmaceuticals.