Used HERBERT ARNOLD NC 72/452 #9199448 for sale

HERBERT ARNOLD NC 72/452 is a crystal growing, sawing, and slicing equipment used for growing high quality crystals of various optoelectronic materials such as GaAs, InGaP, InGaAs, sapphire, and ZnSe. This system is capable of producing high purity single crystals or multiple crystals of the same material as well as multi-component semiconductors and oxide crystals. The crystal growth process starts with a seed crystal and then a single crystal is grown from this seed crystal. The growth is then monitored and controlled using a Crystal Position Monitor (CPM) unit that is incorporated with the machine. This tool has a large program library and a standard controller for managing the temperature of the growth conditions. The sawing process uses a diamond saw to cut into the desired size shapes, such as disks, disks with notches, and prismatic. It is possible to saw sliced single-crystal wafers, as well as multiple-layers of multiple-crystal wafers. It is also possible to create double sided substrates via sawing and lapping. The slicing process uses a diamond wire saw to cut the single-crystal or multiple-layer wafers into thin slices that range from 0.2 to 10mm thick. The slices are then cut to the desired width and lapped to the desired size. The surfaces of the wafers can also be polished to improve the surface quality. HERBERT ARNOLD NC 72/452 is a highly precise, versatile, and automated asset. It is equipped with a cooled surface, so that the temperature never goes above a certain level. It also has an anti-vibration design, preventing any movement of the model, thus reducing the risk of accidents. HERBERT ARNOLD NC 72/452 crystal growing, sawing and slicing equipment is widely used by various research institutes and universities for the production of high-quality crystals for electronic and optoelectrical applications. It is highly favored for its consistency, precision, and reliability. This system is an ideal choice for those looking for an efficient and cost-effective way to produce large and high-quality crystal products from raw materials.