Used HITACHI / KOKUSAI DD-9200GH #9288564 for sale

HITACHI / KOKUSAI DD-9200GH is a diffusion furnace and accessories designed for semiconductor processing. The system is a direct drive, self-tuning, high-temperature diffusion furnace which provides reliable and repeatable annealing performance. It is capable of achieving temperatures of up to 1200°C with an accuracy of ±3°C, making it ideal for processing silicon, gallium arsenide, and other semiconductor materials. The furnace is equipped with a high-performance solid-state reactor, which is capable of rapid thermal cycles while maintaining excellent substrate temperature uniformity. Its integrated quartz tube and ceramic heating elements guarantee maximum energy efficiency, saving you time and money. The system also features a reliable, continuously adjustable gas supply, ensuring a consistent, uniform, and repeatable processing environment is maintained. The system has been designed with user-friendly mechanics and programming capabilities, simplifying the setup and operation of thermal processes. The AC Control unit provides an intuitive interface to control the operation of the furnace, including programming, real-time monitoring, data logging, alarm display, temperature graphs, and diagnostics. The furnace is further equipped with built-in safety features such as over-temperature protection and automated hermetic sealing. The safety features ensure that the annealing and diffusion processes are carried out safely and with maximum efficiency. In addition, the furnace is designed for compatibility with a range of accessories. This includes quartz tube seals, covers, lifting fixtures, substrate holders, and adaptors. These accessories ensure the furnace can comfortably accommodate a range of processing requirements. Overall, HITACHI DD-9200GH diffusion furnace is ideal for advanced semiconductor processing applications. Its consistent and efficient performance, combined with advanced safety measures, ensures it is a reliable and powerful tool for any semiconductor laboratory.