Used KOKUSAI / HIKE DD-1223VN #9276766 for sale

KOKUSAI / HIKE DD-1223VN
ID: 9276766
Wafer Size: 12"
Vintage: 2005
Furnace, 12" Process: PYRO 2005 vintage.
KOKUSAI / HIKE DD-1223VN is a diffusion furnace and accessories designed for the production of functionalized and pure materials in the production and research fields. It utilizes diffusion and thermal process technology to rapidly produce high-quality functional layers that are uniformly thin and durable. This diffusion furnace is composed of a chamber with a microwave plasma and an inductive coil for heating, a reaction chamber for rapid diffusion and deposition, and a control system that enables high-temperature alloy processing. The unique lid design of the chamber with the high-pressure microwave plasma and inductive coil allows for rapid heat-up, precise temperature control, and uniform gases and materials dispersion. The reaction chamber is equipped with an access port, providing vacuum capability to ensure elimination of air pockets and gas diffusion. The reaction chamber can also be closed off, allowing for high temperature furnacing, or opened to a large orifice, allowing for a wide range of diffusion processes. High pressure can also be applied to the reaction chamber for high temperature batch process diffusion. The control system consists of a programmable logic controller (PLC) and industrial operator console (IOC). The PLC provides full control over the process parameters, including washer control, plasma power, and pressure control. The IOC provides several process recipes that allow for the setup of rapid process sequences with an intuitive, graphical user interface. This diffusion furnace is versatile and easy to use. It is well suited for rapid processing of functional layers on an array of materials. Its robust design and well-thought-out control system provides the user with the ability to achieve uniform gas or material deposition on the substrate surface. HIKE DD-1223VN diffusion furnace and accessories is an excellent choice for the production of high-quality functional layers on an array of materials with high precision and uniformity. It is reliable, efficient, and cost effective.
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