Used STC 2600 #9266682 for sale

STC 2600 Crystal Growing, Sawing and Slicing (CGSS) equipment is an innovative automated system used for growing, cutting and slicing crystals. It is designed to meet the demands of the modern laboratory, offering precision crystal growth, accurate and repeatable sawing and slicing operations, and reliable and consistent results. 2600 has three main components: the crystal growth chamber, the sawing unit and the slicing unit. The crystal growth chamber has a temperature range of up to 1400°C and is capable of producing crystals with a wide variety of orientations - from conventional to complex - depending on the raw material used. The chamber is designed to be highly efficient in both energy and time consumption, due to its advanced gas flow and insulation technology. Additionally, its easy-to-use operations do not require complex manual calibration, thus minimizing any potential issues associated with manual operations. The sawing unit consists of an anvil milling plate, an ultrahigh-speed diamond saw, and a coolant unit. The anvil plate allows for precise milling and trimming of the crystals. The ultrahigh-speed diamond saw is capable of cutting and trimming the shape of the crystal with a high degree of accuracy, while the coolant machine serves to keep the saw blade temperature under control during operation. Finally, the slicing unit consists of a microtome, a microtomograph, and an X-ray scanner. The microtome allows for automated thin slicing of the crystal, offering highly accurate slices ranging from 0.02 to 0.2mm in thickness. The microtomograph and X-ray scanner provide additional information on the internal structure of the crystal, including its size, shape, number of facets, and any systems of twins and inclusions present. In conclusion, STC 2600 Crystal Growing, Sawing and Slicing tool is an advanced automated asset which offers a wide range of crystal growing, sawing and slicing capabilities and can provide reliable and consistent results. Its automated features can serve to increase the efficiency of the laboratory and reduce the risk of user error, thus increasing the overall productivity of the laboratory.