Used TAKATORI MWS-612DR #9166734 for sale

TAKATORI MWS-612DR is a crystal growing, sawing and slicing equipment designed for use by the semiconductor industry. The system is capable of producing high-quality crystals of reasonable size and is a cost-effective solution to many fabrication needs. MWS-612DR consists of a vacuum furnace chamber, with a temperature range of up to 1,200°C. The furnace chamber has a rotatable work table on which the boules are set and the table can be tilted up to 12 degrees. The high degree of tilt enables the efficient growth of large crystals with minimum waste. The boule furnace is complemented with an external circulating heater, an ion source and a cooling unit. The combination of the furnace and the external heating allows for precise temperature control of the boule-growing process. The ion source has multiple outlets for delivering the impurities into the furnace for ion implantation. By controlling the amount of impurities implanted into the boule, it is possible to create high-performance semiconductors with specific electrical properties. The machine also includes crystal sawing and slicing capabilities. The saw is an automated diamond blade cutter with a high degree of accuracy and a cutting speed of up to three meters per minute. The slicing systems are a combination of mechanical and laser slicing, which can accurately slice wafers from high-density boules with very tight tolerances. Finally, the tool includes advanced monitoring and safety features. Various parameters, such as pressure, temperature, and gas flow, are monitored to ensure that the conditions required for the fabrication process are maintained throughout. In addition, the asset features an advanced safety model that prevents personnel from coming into contact with hot components. Overall, TAKATORI MWS-612DR is an advanced crystal growing, sawing and slicing equipment designed for the semiconductor industry. By combining advanced temperature control, precise slicing, and safety features, this system can efficiently produce high-quality crystals and wafers for use in the fabrication of semiconductor components.