Used LAM RESEARCH 2300 Versys #9240187 for sale

LAM RESEARCH 2300 Versys is a highly advanced etcher/asher device which is used in the fabrication and production of solar cells. It utilizes advanced Plasma Enhanced Chemical Vapour Deposition (PECVD) technology, enabling it to selectively remove certain materials and coat other materials at high temperatures and with high levels of precision. The machine is designed for use in various production settings and possesses patented technologies for enhanced productivity and increased yields. It offers an extremely high level of precision due to its advanced etching and ashing systems, allowing precise control and repeatability of processes. As such, it can be used for creating precise layers of photovoltaic and other thin-film applications. 2300 Versys is equipped with a highly precise and accurate positioning equipment, enabling it to work with great repeatability in both vertical and horizontal directions. It also features a user-friendly control system, making it easy to operate, and is equipped with advanced monitoring systems to ensure that processes run smoothly and efficiently. The etcher/asher can also be configured with a wide range of different etching and ashing processes and has a maximum chamber size of 1000 millimeters in diameter, making it suitable for larger solar cells and other types of large thin-film applications. Additionally, it has been designed with a self-contained cooling unit, which helps to keep the material temperature in check, although it is also capable of being connected to an external cooling machine if needed. LAM RESEARCH 2300 Versys is capable of operating with power ratings up to 2800 W, enabling it to process materials at extreme speeds and with extreme precision. Additionally, its advanced PECVD technology also enables it to deposit high-quality coatings on substrates at speeds which are three times faster than those achieved by traditional PECVD technologies. As such, this highly advanced etching/ashing device is ideal for use in the fabrication and production of solar cells, as well as a variety of other thin-film applications. Its highly precise and controlled processes allow the user to create uniform, high-quality coatings in a very efficient manner.