Used LAM RESEARCH 2300 Versys Kiyo 45 #9202323 for sale

LAM RESEARCH Kiyo is an advanced etching system that is used in a variety of industrial manufacturing processes. Kiyo is designed to be energy efficient and able to board slicing and chip-free etching with precise control of the etching process. Etching is an important part of creating semiconductor components and LAM RESEARCH Kiyo offers superior performance in terms of accuracy and speed. Kiyo features an inverted transport carrier chamber which offers precise positioning of substrates and the ability to quickly switch between different carriers. This makes the system suitable for the production of single units as well as high-volume processes. Additionally, LAM RESEARCH Kiyo supports cleanroom processing with advanced exhaust systems to maintain cleanliness and air quality. A combination of LAM-designed controllers and advanced software provide the highest degree of control, enabling users to tailor the etching process to their needs. Kiyo offers advanced etching performance when compared with other alternatives. Its advanced etching capabilities deliver high throughput with precision and particle-free results. It is able to etch complex 3-dimensional structures, and its advanced imaging capabilities offer flexibility when dealing with a variety of materials. Furthermore, LAM RESEARCH Kiyo has the ability to cleanly etch through blind via structures and angled structures which help improve yields. Kiyo is also capable of integrating with different automation systems, streamlining product design and manufacturing processes. This integration makes it possible for factory operators to reduce cycle times and improve efficiency. Its integrated software platform also allows for etching parameters to be tailored to individual substrates for optimal results. LAM RESEARCH Kiyo offers superior etching performance and is an ideal choice for both research and production environments. The system is easy to install and maintain, and its combination of high-precision and wide range of operational features make it attractive in a variety of industrial applications. Its reliable performance and ability to quickly switch between different carriers make it a great choice for both single-unit processes and high-volume industrial processes. While its entry price may be considered high for some users, its robust performance and operational flexibility make it an attractive choice for those looking to optimize their production processes.