Used TAKATORI MWS 610 #9180841 for sale

TAKATORI MWS 610 is a crystal growing, sawing, and slicing equipment designed for advanced materials research and development. It is a highly automated system that allows researchers to accurately grow, cut, and slice their materials. The unit utilizes a unique two-step crystal growth method, a six-axis direct-drive slicing model, and an automated four-axis sample loading machine to ensure the highest levels of precision and accuracy. The two-step crystal growth tool uses a precise, controllable chemical reaction to form a stable crystal lattice. The reaction is typically conducted at temperatures between 500 and 1000 degrees Celsius in a vacuum and stable growth environment, and the asset is designed to accommodate both Czochralski and Bridgman methods. The six-axis direct-drive slicing model enables extremely precise control over the slicing process. This precise cutting method allows for slices as thin as one micron to be cut with accuracy. The model also includes advanced settings for optimizing crystal orientation and obtaining accurate cutting profiles. The automated four-axis sample loading model ensures repeatable loading of samples into the equipment, no matter what shape or size of crystal the user is working with. The loading system is capable of scaling up the production of crystals from a few grams to a few thousand grams. This comprehensive unit is designed to be user friendly and emphasizes safety with an emergency stop button, automatic shut off function, and a highly secure sample retrieval machine. It is also extremely versatile and can be used to grow or cut a wide range of materials, including elemental and intermetallic crystals, single crystals, polycrystalline particles, and thin films. Overall, TAKATORI MWS-610 is an advanced crystal growing, sawing, and slicing tool designed to meet the needs of materials research and development. It is a highly automated asset that offers the highest levels of precision and accuracy, user-friendly controls, and easy to use sample loading model. Its innovative two-step crystal growth equipment, six-axis direct-drive slicing model, and automated four-axis sample loading system make it an ideal solution for researchers looking for advanced crystal research capabilities.