Used TAKATORI MWS 612 #9302344 for sale

TAKATORI MWS 612 is a state-of-the-art crystal growth, sawing and slicing equipment designed for research and industrial applications. It is the perfect choice for those looking to explore the wonders of modern crystal technology. The system is capable of processing a wide variety of crystals of different shapes, sizes and grade. Its fully automated crystal growth, sawing and slicing process are designed to ensure the highest level of accuracy and repeatability. MWS 612 is equipped with a high-powered growth chamber which acts as a space and temperature-controlled environment for crystal growth. This feature facilitates the growth of large crystals with uniformity and high stable temperatures. The chamber is designed to precisely monitor the various stages of the crystal growth process such as pressure, temperature, time and viscosity. Once the crystals have been grown in the growth chamber, a built-in sawing unit further processes them with high speed and accuracy. This stage enables the creation of high-quality shaped, faceted crystals of various sizes and grades. After the sawing process is completed, the crystals can then be passed through a slicing machine that provides precise, high-quality crystal slices. This process enables further research and development for applications requiring ultra-thin wafers. The slicing tool is designed with a saw table and computer-controlled robotic arm that offers maximum precision and repeatability. Finally, TAKATORI MWS 612 is embedded with a data management asset that allows for easy storage and retrieval of experimental data. This feature provides comprehensive analysis of all crystal growth, cutting and slicing operations, thereby greatly aiding in the quality control of the model. Overall, MWS 612 is a highly advanced crystal growth, sawing and slicing equipment that provides a comprehensive suite of tools for the development of cutting-edge crystal technologies. The integrated growth chamber, sawing system and slicing unit ensure the highest quality crystals with outstanding repeatability, enabling users to pursue a wide range of research opportunities.