Used DAI-ICHI KIDEN Custom #9035477 for sale

DAI-ICHI KIDEN Custom is a state of the art growing, sawing and slicing equipment. Primarily designed for the production of high purity Silicon and Germanium crystals for semiconductor and medical applications, this system offers fully automatic and precision control features. Custom features a temperature controlled Crystal Growing Furnace (CGF) with a low pressure chamber design, temperature uniformity at 0.1°C, and an unlimited program memory function. This CGF also has a seed crystal puller and a heat treatment furnace, which make crystal slicing and sawing feasible with a single-axis slicing software. In addition, chamber contamination is minimized due to a hydrogen gas oxidation and thermal oxidation removal unit. The high-speed crystal slicing and sawing systems utilize advanced control software to allow for repeatable crystal performance. The diamond-tipped saw allows for high-precision cutting and allows for end-surface modifications by polishing, ion-etching, and bubble removals. There is no need to reposition the crystal since the saw is able to adjust to the crystal's movement. DAI-ICHI KIDEN Custom also includes auto-reflection sawing and automatic in-line stress analysis. This ensures crystal angles and cutting sequences for larger crystals are made accurately and with precision. Furthermore, the auto-reflective sawing feature reduces time and costs associated with manual operations. The machine also includes an auto-programmable slicing tool that can load customized programs to the slicing software. This feature enables the user to quickly complete complicated slicing sequences and makes sure the accuracy of the generated slices is maximized. In essence, Custom is a cutting-edge growing, sawing and slicing asset that offers a variety of automated functions designed to maximize precision and accuracy while cutting down on time and cost. It is the perfect tool for companies looking to produce high purity Silicon and Germanium crystals for semiconductor and medical applications.