Used MICROMECH WMSA #77415 for sale

MICROMECH WMSA equipment is a fully automated precision 'crystal growing, sawing, and slicing' system designed for materials research and development. It provides precise crystal growth, slicings, and cuttings of sapphire, silicon, germanium, quartz, and other semiconductor materials used in research and commercial applications. The unit operates on a three-axis coordinate machine, comprising of a X-axis linear drive, Y-axis angular drive, and Z-axis vertical drive. This combination of drives allows the machine to accurately position the sample and its associated components in three-dimensional space. The growth process is precise and automated as the tool uses high temperatures, with precise control of the temperature, heat up, ramp down, and post-growth cooling cycle settings. The high temperatures are maintained regardless of the orientation within the three-dimension coordinate asset, allowing for precise layer-by-layer construction and precise slicing of the crystal. The cutting process is also fully automated, which ensures accurate and reproducible quality in the final product. The cutting model utilizes an optimized combination of pressure and heat that can be further augmented by diamond wire, blade, or stone cutting. WMSA equipment is a highly advanced, efficient, and precise system, allowing automated crystal growing, sawing, and slicing to be performed in a safe and controlled environment. The micron-precise control of the processes mean that researchers, development engineers, and production personnel can obtain consistent and controlled results in a short timeframe. The unit is capable of meeting tight tolerances for crystal growth, slicing, and cutting in a variety of semiconductor materials. This machine is a robust, cost effective solution for materials research and development. It gives researchers, development engineers, and production personnel the ability to rapidly test and develop new materials with tight tolerances, as well as manufacture and assemble components accurately with the very best material properties.