Used MEYER BURGER RTS 880 #293650489 for sale

MEYER BURGER RTS 880 is a state-of-the-art crystal-growing, sawing, and slicing equipment developed by MEYER BURGER Technology. It is the first product in its class to combine these three technologies into a single, powerful system. RTS 880 utilizes innovative design features, making it suitable for a variety of industrial and commercial applications. With unmatched precision and accuracy, MEYER BURGER RTS 880 is capable of growing, sawing, and slicing a variety of materials ranging from sapphire and silicon to gallium arsenide and gallium nitride. By integrating rapid thermal-shock and flip-chip sawing processes, manufacturer accuracy and time-savings have been significantly improved. The unit also offers temperature and pressure controls and temperature cycling to optimize results. The crystal-growing section of RTS 880 utilizes a high-temperature, high-pressure atmosphere for optimal crystal growth conditions. With this, high-quality and consistent crystal-growth results can be achieved at various temperatures, pressure levels, and gas-flow rates. The ultra-precision quartz or sapphire sawing section of the machine offers a unique level of precision, resulting in single or multiple cuts with accuracies down to the micron level. It also includes an integrated process-control unit (PCU), which allows for full process automation, improved safety, and increased efficiency. Finally, MEYER BURGER RTS 880's sophisticated slicing capability provides quick, highly precise slicing and dicing of hard materials such as sapphire and silicon. The machine includes a variety of tooling options, including a rotary scriber, diamond saw blades, and T-strip rollers, all of which further enhance its precision and precision-slicing capabilities. Overall, RTS 880 is a comprehensive crystal-growth, sawing, and slicing tool, providing unparalleled advantages and improved process control for industrial and commercial applications. Its advanced design makes it an invaluable asset for industries such as optoelectronics, semiconductor, and microelectronics that require highly reliable and precise cutting solutions.