Used PHOTOMEC CZ / PTM #293645793 for sale

ID: 293645793
Wafer Size: 8"
Vintage: 2016
Monocrystalline silicon grower, 8" Furnace chamber, Φ24" Seed stroke: 3000 mm 2016 vintage.
PHOTOMEC CZ / PTM is a crystal growing, sawing, and slicing equipment designed for the needs of the scientific community. This system can be operated for materials such as silicon, gallium-arsenide and other related materials. It enables the precise cutting of these materials into thin slices, allowing for viewing with a microscope. The length and width of the crystal slices can be specified among other parameters. It also includes a user-friendly software to facilitate the control of the unit. The machine's sophisticated sawing process is carried out with no additional stress applied to the crystal's surface. It also minimizes kerf loss, making it possible to obtain large pieces of the material. A special feature of the tool is its wide temperature range. It is able to maintain temperatures between -30°C to 1100°C. This allows for a wide range of experiments and can be beneficial for material research. The asset's crystal growth capabilities are designed for the production of high-quality crystals. It can produce crystals in sizes ranging from 0.5mm to 5cm in diameter, with a variety of shapes and orientations. The crystals can also be sliced into thin wafers for use in subsequent research or for application in microelectronics. Precise cutting which is necessary for microelectronics can be achieved due to the model's automated control and compensation functions. The equipment also features a heated quartz tube to hold the crystal whilst it is being sliced. This ensures that the slices are produced with a low surface roughness, which is necessary for microelectronic applications. CZ / PTM system is an important tool for crystal research and development. It enables precise cutting and slicing of crystals, and its crystal growth capabilities allow for a wide range of materials to be explored. Its automation and wide temperature range give it the capability to produce thin wafers suitable for use in microelectronics.
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