Used DELTA (Crystal Growing, Sawing & Slicing) for sale

DELTA is a renowned manufacturer of crystal growing, sawing, and slicing equipment that are widely used in various industries like electronics, optics, and semiconductor manufacturing. Their crystal growing systems are designed to grow high-purity crystals with exceptional control over crystal quality and size. These units utilize advanced techniques and technologies to achieve optimal crystal growth conditions, resulting in crystals with superior characteristics. When it comes to sawing and slicing, DELTA offers cutting-edge machines that provide precise and efficient cutting of crystals into smaller pieces or wafers. These machines are equipped with advanced sawing technologies, such as diamond wire, laser, or abrasive-based cutting methods, to ensure minimal material loss and high-quality results. Furthermore, DELTA's sawing and slicing tools offer automation capabilities, enhancing productivity and reducing human error. The advantages of DELTA's crystal growing, sawing, and slicing assets lie in their exceptional accuracy, repeatability, and reliability. These models enable customers to achieve consistent crystal quality and size, resulting in improved device performance and yield. Moreover, DELTA's equipment are designed for ease of use and maintenance, making them suitable for a wide range of applications. One of DELTA's noteworthy crystal slicing systems is the ShopMaster BS100. This machine employs diamond wire technology, allowing efficient and precise cutting of various crystals, including silicon, sapphire, and quartz. The ShopMaster BS100 ensures minimal kerf loss and low sub-surface damage, making it ideal for demanding applications like solar cell manufacturing and semiconductor wafer production. Overall, DELTA's crystal growing, sawing, and slicing units offer industry-leading performance and reliability, backed by years of expertise and innovation. These machines are trusted by manufacturers worldwide for their ability to deliver high-quality crystals and wafers consistently.