Used ASM A 412 #9002453 for sale

ASM A 412
ID: 9002453
Wafer Size: 12"
Vintage: 2003
Dual LPCD poly, 12" 2003 vintage.
ASM A 412 is an advanced diffusion furnace and accessorie equipment used in research and production laboratories. The system is composed of a diffusion furnace, power supply and a control box. The diffusion furnace utilizes induction heating with graphite susceptors and a graphite tube as a reactor for the gas and metal reactants. The power supply is a high power, 500 Hz, variable frequency power converter, providing precise power control to ensure optimum material processing. The control box is used to monitor temperature, pressure, and reactants levels. The diffusion furnace's maximum operating temperature is 1200°C and accepts materials of varying sizes and shapes. It can accommodate both gaseous and solid reactants via the graphite tube and susceptors. The unit is equipped with refractory jacket that helps to reduce heat loss and accelerate processing. In addition, the furnace incorporates a coolant recirculation machine to prevent oxidation of sample substrates and more uniform heating throughout the tool. The power supply is equipped with isolated switching circuits that are controlled by a computer interface to maximize accuracy. The control box is capable of monitoring and controlling the temperature, pressure, and reactants levels during diffusion processes. It also provides safety features such as temperature limiters, pressure relief, and power failure alarm. The box also has digital I/O ports for interfacing the asset to a PC or other central control model. ASM A412 offers reliable diffusion processes with precise control and accurate results. It is ideal for R&D applications in laboratories or production scenarios. The equipment is well suited for high-temperature processing of refractory metals, semiconductors, ceramics, and advanced materials. Additionally, the easy to use control interface has been designed for quick setup and operation. A 412 is an invaluable tool for the production of high-performance materials.
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