Used LAM RESEARCH Striker #293616563 for sale

LAM RESEARCH Striker is an inductively coupled plasma (ICP) reactor that allows users to fabricate intricate nanometer-scale structures on the order of 100 nanometers in size. Striker reactor is a single-wafer equipment that combines advanced technology, reliable hardware, and intuitive software controls to create a user-friendly device. This reactor utilizes a special type of plasma called inductively coupled plasma (ICP), which is created when a magnetic field is applied to a gas in the reactor and electrons are excited. ICP plasmas are very effective and beneficial for the fabrication of features below 100nm. The gas used in LAM RESEARCH Striker Reactor is typically argon, but other gases can be used as well. This reactor also utilizes Endura, which is an advanced control system that is designed to simplify operation. Striker has a small footprint, making it suitable for laboratory environments. The unit is designed for optimized deposition uniformity and particle deposition. LAM RESEARCH Striker machine also offers substrate cleaning and low voltage substrate bombardment prior to reactive ion etching (RIE) processing. Striker's process chamber is sealed off and is connected to a repeatable radio frequency (RF) generator. This generator produces an oscillating electromagnetic field, which is responsible for exciting the electrons inside the chamber. The generation of plasma also requires that a low-level of vacuum be maintained inside the chamber so that the gas density inside is just right. LAM RESEARCH Striker tool also has a substrate chuck which can be heated or cooled under control of the control asset to ensure superior film uniformity. It also has a multi-core data acquisition model which makes it easier to monitor the process parameters. The equipment also features an automated wafer-lifting mechanism for easy wafer loading. Overall, Striker Reactor by LAM RESEARCH is a reliable and user-friendly device that provides the capabilities needed to fabricate nanometer-scale structures. It utilizes the advanced ICP technique and has the requisite hardware and software to make the user experience as intuitive and simple as possible. It is a great choice for those looking to fabricate intricate nanometer-scale structures.