Used HITACHI / KOKUSAI DJ-1223VN #9377450 for sale

HITACHI / KOKUSAI DJ-1223VN
ID: 9377450
Wafer Size: 12"
Vintage: 2007
Diffusion furnace, 12" Process: HD-Poly 2007 vintage.
HITACHI / KOKUSAI DJ-1223VN diffusion furnace is a powerful and reliable piece of lab equipment used to manufacture integrated circuits and other microelectronic devices. The furnace has a quartz tube temperature chamber with a double compression-type quartz seal, along with a slow, programmable, and even heating capability. Its heating chamber has a capacity of 220 mm with a maximum temperature of 1200°C, making it suitable for many applications. The furnace also features a high-accuracy vacuum pressure gauge and low gas flow. HITACHI DJ-1223VN is an excellent choice for advanced diffusion processes, as it offers users a variety of functions, including precise temperature control, rapid heating and cooling mechanisms, and a lower nitrogen flow rate than other diffusion furnaces. It also has a gas flow controller and can measure up to 5 gases. The furnace also features a wide variety of accessories, including a gas-pressure-dependent heating element, an inert gas-cheap-flow-rate control, a device capable of accurately and automatically controlling process conditions, and a cool air tube to ensure the integrity of the heating chamber. It also includes a power supply, power cord, and a cooling-unit controller. In addition, KOKUSAI DJ1223VN can be controlled through either a computer-connected interface or a stand-alone panel. The stand-alone panel includes an LCD display for the functions of temperature, gas, and pressure. Overall, KOKUSAI DJ-1223VN is an advanced diffusion furnace and accessories that is reliable, versatile, and user-friendly. Its wide variety of functions and accessories make it ideal for semiconductor and microelectronics applications. It is capable of efficient and precise diffusion processes, with results that are high in quality and repeatable. The furnace is an excellent choice for labs that are seeking a powerful and precise method of manufacturing integrated circuits and other microelectronic devices.
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