Used AMAT / APPLIED MATERIALS 9500xR #9202423 for sale

AMAT / APPLIED MATERIALS / AKT 9500xR is a high performance ion implanter and monitor equipment designed for commercial, semiconductor, and research and development applications. It includes a powerful, high-end ion deposition system and a real-time, non-contact ion monitor to ensure uniform layers of material. The unit supports a wide range of implant gas types and energy levels to suit any application. AKT 9500xR is equipped with a multi-energy beam line with up to 12 beam lines and two independent grids that allow for multiple implant layers. The grids provide uniform and simultaneous implantation across the wafer surface. The implant gas species and energy levels are adjustable according to the desired result. The pulse width can also be adjusted to suit specific process requirements. For fast, uniform implantation and layer formation, AMAT 9500xR has a state-of-the-art, digitally controlled ion monitor. The monitor continuously measures the amount of ions on the sample surface and ensures that the dose is as uniform as possible. The monitor is also used to automate uniform implantation across multiple substrates. 9500xR is designed to provide precise control over the process parameters, allowing users to precisely set and control all the critical process steps. It has an advanced user interface with an LCD display and optional touch-screen technology. This interface can be programmed to display relevant conditions such as vacuum levels, substrate temperature, and ion monitor readouts. APPLIED MATERIALS 9500xR is designed to deliver consistent, repeatable process results. It also has an automated process recorder module and an optional job list machine that can be used to store multiple recipes and to repeat exact processes. It is also possible to customize the tool to meet specific customer requirements by adding accessories such as sensors and gas feeds. Finally, AMAT / APPLIED MATERIALS / AKT 9500xR is backed by AKT technical support and customer service.