Used TAKATORI MWS-612DD #293806525 for sale

TAKATORI MWS-612DD is a revolutionary crystal growth, sawing and slicing equipment that is ideal for those in the production of precision components for the electronics and optics industries. This system uses an innovative computer-controlled process to grow and cut single crystals into a wide range of shapes, sizes, and angles. TAKATORI MWS 612DD utilizes Continuous Crystal Growth Technology (CCGT) and includes two coupled chambers for a unit that has superior accuracy, repeatability, and speed. The first chamber is a Crystal Growth Module (CGM) that has a precisely controlled furnace capable of growing single crystals of high quality, of any desired size or shape. The CGM also features an atmosphere chamber to ensure optimal crystal growth conditions for each material type. The second chamber is the Sawing and Slicing Module (SSM), which contains high-precision cutters, a saw, and a slicing wheel to cut the grown crystals. The cutting process is integrated with a vision machine and encoders to ensure precise cutting of the crystals, thereby reducing unnecessary waste. MWS-612DD also includes a computer-controlled platform that provides a graphical user interface for managing the entire tool, including raw material processes, crystal growth processes, sawing and slicing processes, and testing procedures. This makes the asset easy to set up and use. The platform can also be further integrated with other factory automation systems to streamline processes. Additionally, the model features high-precision metrology instruments, such as laser interferometers and optical microscopes, to measure and monitor the size and shape of the raw material, as well as the growth and cutting of the single crystal. This metrology information helps ensure the precision of every component and process. MWS 612DD is a powerful tool for crystal growth, sawing and slicing. Its advanced technologies and precision platform make it an ideal solution for production lines requiring high accuracy, repeatability, and speed.