Used MEYER BURGER MB 288 Series 3 #293647289 for sale

MEYER BURGER MB 288 Series 3 is a crystal growing, sawing and slicing equipment. It incorporates a powerful, digital controlled generator for the production of high-quality, consistent crystals. The system is equipped with an advanced Laser Optical Unit to detect and measure defects in the crystals. This enables users to monitor quality and growth of the crystals while they are forming. The crystal growing area is designed to accommodate up to three crucibles at a time. Each crucible is capable of forming different type of crystals, such as single crystals, polycrystals, or epitaxial films. MB 288 Series 3 also has a special auto-rotation feature to ensure homogenous growth over the entire crystal face. The machine's high-resolution sawing and slicing tools provide accurate, defect free cuts while minimizing discoloration and distortion. They are able to make both semi-manual and automated cuts at high speed with low consumption. The tool allows for the selection of different cutting angles, from 0.2 to 3.0 degrees, and provides a clear digital display of the cutting parameters. For providing a safe working environment, MEYER BURGER MB 288 Series 3 is equipped with a protective cover. It takes care of dust or particles that could damage the crystal, and whose accumulation of could damage the equipment. This way, it prevents the systems from clogging and ensures safe operation. The asset provides easy data logging and data access. This allows users to monitor the whole growth process from start to finish. As a result, they can exponentially improve them process accuracy while significantly reducing cycle time. This can also help them make well-informed decisions on implementation of further process optimizations. Lastly, MB 288 Series 3 is supported by a professional team of engineers to provide expert assistance should any technical difficulties occur. As a result, it is an excellent choice for businesses seeking a reliable, easy-to-use crystal growing, sawing and slicing model.