Used AMAT / APPLIED MATERIALS Endura II #9383824 for sale

AKT or AMAT / APPLIED MATERIALS / AKT Endura II reactor is an important component in the semiconductor fabrication process. It is used in the advanced etching and metal deposition processes involved in the production of semiconductor and other electronic components, giving manufacturers a versatile and efficient tool to enable more complex and precise production. AKT Endura II reactor is designed to maximize both speed and accuracy of the deposition and etching processes. It enables the rapid transfer of material, particularly over large objects, while also offering a high degree of precision while doing so. The reactor is capable of processing everything from simple alloy-coated pieces to complex 3D structures. The reactor consists of several key features which enable its capability. Firstly, AMAT Endura II features a process chamber which creates a stable atmosphere, providing a consistent vacuum, temperature, and pressure to enable repeatable processes. Additionally, the self-aligning cathode and anode field provide a uniform current distribution over the entire surface, reducing any variation in the etching efficacy. APPLIED MATERIALS Endura II also features several specialized processes for specific application. This includes Deep Reactive Ion Etching (DRIE), which enables the etching of deep, complex structures. As well as the impressive etching abilities, the reactor is able to efficiently deposit metals such as gold, titanium, and tungsten, enabling high quality structures. Endura II also has the ability to enable advanced processes such as Plasma Enhanced Reactive Ion Etching (PERIE) and Remote Plasma Curing (RPC), which are used to create complex structures or functional materials. Additionally, it is capable of using Optical Reflow processes to carefully apply electron-beam cured material, forming complex, highly precise shapes. AMAT / APPLIED MATERIALS / AKT Endura II is an incredibly versatile reactor, capable of performing a variety of deposition and etching processes with speed and precision. The specialized processes and features of the reactor enable intricate, advanced, and reliable production in a wide range of industry applications.