Used MEYER BURGER DS 271 #293645895 for sale

MEYER BURGER DS 271 is a high-performance crystal growing, sawing and slicing equipment. The system makes use of a complete range of advanced digital control features. This includes advanced digital unit feedbacks, precise microwave energy control, motorized stage control, and precise full spectrum digital video process control. MEYER BURGER DS271 crystal growing machine can grow more than 30 different types of crystals and is capable of precise and repeatable growth rates. This allows the user to easily reproduce the same crystal characteristics. With digital growth rate control systems, the crystal sizes can also be compared with multiple growth rate settings to achieve greater quality control. The precise and precise control of the power density and energy-time profile gives the user a precise and repeatable crystal growth. The slicing process of DS 271 tool is precise and precise. The gemstone-grade quality saw blades ensure the highest quality slicing. The precise and precise control of the saw blade's speed & cutting angle can be easily adjusted according to the required slicing profile. The diamond wire saw is capable of producing ultra-precise cuts with high productivity and an excellent surface finish. The asset is highly versatile and is especially suited for use in the production of advanced optical devices, semiconductors, and advanced laser components. The versatile user interface allows the user to easily access data for growth and slicing operations, as well as the real-time control of the growth process. The accurate and precise control of the process parameters allow for better quality control and higher yield rates. DS271 crystal growing, sawing and slicing model is designed for high-precision and reliable performance. The sophisticated crystal growing process, a high-precision slicing equipment, and a versatile user interface give the user all the best options to produce accurate and reliable crystal components. DS 271 is the ideal system for meeting the demands of the most advanced crystal requirements.