Used MEYER BURGER DS 265 #9233593 for sale

MEYER BURGER DS 265 is an automated, high-precision crystal growing, sawing and slicing equipment, manufactured by MEYER BURGER Technology AG. It is the ideal system for producing very high-quality, large diameter silicon wafers and other semiconductor materials. MEYER BURGER DS-265 is capable of growing, sawing and slicing a variety of high-purity crystals, including silicon. It utilizes an automated induction furnace and oxygen-free environment to reliably produce large-diameter, high-quality semiconductor materials. MEYER BURGER induction furnace is capable of reaching temperatures of between 900 and 1300°C, allowing for uniform and repeatable heat distributions for improved crystal growth. DS 265 unit is designed with a range of features that make it an ideal solution for research and development applications. It features an advanced safety machine, allowing for safe and secure operation, even in challenging environments. Additionally, it is designed with an advanced crystal growth rate control tool for accurate and repeatable production of wafers. The asset utilizes a multi-faceted cutting head to ensure precise and uniform sawing, as well as a proprietary cutting profile to ensure optimal slice thickness. The model is also equipped with auto-calibration, allowing it to maintain its cutting edge over time. DS-265 is a highly automated equipment, with a range of integrated software features such as on-board computer system, touchscreen interface, data logging, traceability and data integration capabilities. This unit also includes a range of diagnostics and maintenance support, making it easy to maintain the machine's performance. Finally, the software includes the ability to remotely monitor and control the tool to ensure optimal utilization. With these features, advantages and potential for applications, MEYER BURGER DS 265 is an ideal asset for cutting, sawing and slicing a variety of semiconductor materials, making it an excellent choice for research and development applications.