Used HITACHI / KOKUSAI DJ-1206V-DF #9251679 for sale
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ID: 9251679
Wafer Size: 12"
Vintage: 2008
LPCVD Systems, 12"
Quixace 2
2008 vintage.
HITACHI / KOKUSAI DJ-1206V-DF is a diffusion furnace and accompanying accessories designed for industrial applications. Characterised by its high performance and flexible design, the diffusion furnace is suitable for high-level, mass-production operations. HITACHI DJ-1206V-DF is equipped with a variety of features that make it ideal for long-term diffusion operations. Constructed with an aluminium alloy frame, the unit is lightweight and highly durable. This frame is also designed to contain and dissipate all gas emissions during the diffusion process. KOKUSAI DJ-1206V-DF is equipped with an advanced 3-zone heating technology for uniform heating. This is achieved by a top-mounted LaNiCrAl heater containing three independent zones. Each zone is temperature-controlled by an automated PID controller that precisely maintains the temperature, even during long production runs. The diffusion furnace is also equipped with a reliable gas flow equipment. An automated gas flow system provides accurate, stable gas flow and pressure, ensuring uniform heating conditions are maintained throughout the process. This unit also ensures that remnants of the gaseous sulfur, phosphor, mercury, chlorine, and other chemicals are removed from the furnace environment. DJ-1206V-DF is equipped with a variety of safety measures, including air filters, an over-temperature alarm, and an emergency stop machine. The air filters are designed to prevent gas buildup and enhance operator safety, while the over-temperature alarm can be set to receive an alert within 10 seconds if the temperature inside the furnace exceeds a pre-set limit. The emergency stop tool allows operators to shut off the entire process with the press of a single switch. HITACHI / KOKUSAI DJ-1206V-DF is the ideal choice for industrial diffusion furnaces. Its superior design and range of features make it the perfect choice for long-term, reliable, and efficient diffusion operations.
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