Used MEYER BURGER BS 805 #9073663 for sale

MEYER BURGER BS 805 is a technologically advanced crystal growing, sawing, and slicing equipment designed for the production of advanced semiconductor devices. It is highly accurate and precise, with a high yield and low cost, making it ideal for production lines requiring maximum efficiency and quality control. The two main components of MEYER BURGER BS-805 are the crystal growing and cutting unit and the precision slicing table. The crystal growth unit combines sophisticated optical and electrical technology with automated process controls for stable and reliable growth of wafers. The crystal growing process utilizes a precise furnace, allowing high temperature crystal growth, with precise control of the crystal growth rate. Additionally, the system allows for various sizes and orientation of crystal growth, making it highly adaptable for various application requirements. The precision slicing table consists of both a diamond saw and a grinding table. The diamond saw contains a central shaft that moves along the center axis of the diamond into the single crystalline substrates, cutting them into wafer slices. The movement is controlled to within 0.5 µm accuracy to ensure precise control of the cutting process. The grinding table is capable of producing slices with a narrow kerf width and a high quality surface finish. To support the cutting and slicing process, BS 805 is equipped with highly precise vision unit, mounted underneath the machine. This camera tool with advanced image processing algorithms and hardware provides fast and accurate dimensional measurements to ensure a controlled and repeatable slicing process. BS-805 has software designed to control and monitor the entire asset in real-time, providing fast, consistent and accurate results. The model also includes a data-storage operation, so that the procedure can be recalled for future re-use or for further analysis. With all these features, MEYER BURGER BS 805 is a powerful tool for producing quality semiconductor substrates for further processing.