Used STC EP 3800 #9266684 for sale

STC EP 3800 is a high-performance crystal growing, sawing and slicing equipment designed to produce high purity substrates. As first step in the system, molecular crystal growth is accomplished by the use of a high-temperature, high-pressure reaction vessel. The reactor is capable of reaching temperatures up to 1200°C in an ultra-high vacuum environment. This enables the temperatures and pressures necessary for crystal growth to be precisely controlled. At the heart of EP 3800 unit is its sawing and slicing capabilities. The machine features two linear stages that allow for the precise cutting of high precision substrates. The first stage allows for fine adjusting of the angle of cut, as well as for precise angular adjustments in pitch and roll. The second stage drives a saw blade that can cut samples quickly and precisely up to 30mm thick. The substrate size range covered by the tool is 6 to 200 mm in diameter. STC EP 3800 features automatic substrate loading, with a 6 inch primary loading asset and an 8 inch secondary loading model. The substrate is then lifted via an adjustable thickness chuck and rotated within the equipment's tool jig. The jig holds the substrate flush to the saw blade and ensures a perfectly straight cut for every substrate. The advanced tool jig also notches the substrate prior to slicing for proper indexing. The fluid cooling system within EP 3800 ensures that all parts, from substrate to the chamber, remain cool and safe during operation. Additionally, the unit includes multiple safety features, such as automatic shutoff and override activation. A PLC touch screen control panel controls all machine operations and actual parameters can be monitored in real-time. In summary, STC EP 3800 is a high-performance crystal growing, sawing, and slicing tool that provides users with an efficient solution for substrate production. The asset features precise temperature and pressure control, advanced cutting processes, an adjustable thickness chuck, and a PLC touch screen control panel. The onboard fluid cooling model also ensures the safety of both the equipment and the substrates during operation.