Used KOMATSU NTC MWM 4550nQ #293645529 for sale

KOMATSU NTC MWM 4550nQ is a crystal growing, sawing and slicing equipment used for producing monocrystalline wafers for the electronics industry. This system is capable of producing wafers quickly and with high uniformity. The unit consists of a gas-assisted nozzle head which is mounted on a linear motor track. The nozzle head utilizes a focused jet of nitrogen to open and close the nozzle during crystal pulling, which results in faster cycle times. The machine also includes a slicing head which is capable of slicing the crystals into wafers. The slicing head utilizes a mechanically driven diamond saw blade to cut the wafers without causing any damage. The tool utilizes a multi-zone furnace which is designed to optimize the crystal pulling process. The furnace promotes an even heating process and can be operated at temperatures up to 2200°C. This ensures an even distribution of heat and helps eliminate hot spots which can cause voids and non-uniformities in the crystal. The asset also utilizes an infrared camera model which helps to reduce overshoot and maximize the efficiency of the crystal growth process. The equipment also includes a graphical user interface (GUI) which allows users to easily monitor the progress of the crystal growth process. This includes monitoring the temperature of the furnace and tracking the progress of the slicing and crystal pulling process. It also displays real time data regarding the material under test, such as the crystal growth rate, the temperature of the crucible, and the profile of the crystal. MWM 4550nQ is an advanced system for the production of monocrystalline wafers which exhaustively monitors the crystal growth process. Utilizing the gas nozzle, multi-zone furnace, slicing head, and the infrared camera unit, this machine is able to produce high quality, uniform wafers quickly and accurately. Additionally, the GUI allows users to easily monitor the entire process, ensuring techniques, growth rate, and uniformity of the crystals.