Used TAKATORI MWS 45SN #9030984 for sale

TAKATORI MWS 45SN is a fully automated crystal growing, sawing, and slicing equipment designed to meet the needs of the modern semiconductor fabrication industry. The system incorporates a wide variety of advanced technologies, creating an all-in-one solution for the production of quality crystals. MWS 45SN consists of three parts, Crystal Growing, Sawing, and Slicing. During the Crystal Growing process, the unit uses a fluidized bed (FBR) to grow high quality crystals. Utilizing high purity pneumatically atomized processing materials, the FBR produces monocrystalline crystals which are then used for sawing or slicing. The sawing module is a fully automated machine which uses saw blades that are specially designed for TAKATORI MWS 45SN, providing a precise and accurate cut. The saw is equipped with a hydrostatic spindle to prevent vibration during cutting and an advanced motor drive tool to ensure a stable and consistent operation. The slicing module is used to create wafer slices with high accuracy and uniformity. Utilising three spindles for slicing, the module allows for high throughput with a small edge chip, ensuring quality products. In addition to the slicing process, MWS 45SN has a surface preparation asset for the wafers which ensures that the surface of the wafers are optically flat. TAKATORI MWS 45SN boasts a high degree of automation, allowing for precise, repeatable movements of the processing tools. This ensures a consistent and reproducible production process as well as minimized production costs. Additionally, the model is equipped with a number of safety features to protect personnel and equipment, including an emergency stop switch and an automatic startup safety routine for the saw. The TAKTORI MWS 45SN is designed to provide users with a complete equipment for the production of quality crystal products for semiconductor fabrication. It incorporates a wide array of advanced technologies and features, allowing users to produce high-quality crystals with minimal effort. Its automation capabilities provide a cost-effective and safe solution for crystal production, making it the perfect solution for modern semiconductor fabrication.