Used AMAT / APPLIED MATERIALS 0010-30686 #180797 for sale

ID: 180797
High efficiency RF matching networks ETCH, MXP+/EMXP+.
AMAT / APPLIED MATERIALS 0010-30686 reactor is an advanced piece of machinary used in the semiconductor industry to assist with the production of micro and nanosized electronic components. It is primarily used in the manufacturing of photovoltaic (PV) cells and displays. AMAT 0010-30686 reactor is a production grade, industrial-grade tool. It has a universal chamber and uses microwave energy to create a plasma like environment. This environment is used to form layers of electrical conductivity and other properties on substrates. In addition, the reactor allows for controlled tailoring of the substrate's surface. The chamber of APPLIED MATERIALS 0010-30686 reactor is designed to be versatile. This allows it to accommodate a variety of processing conditions, including thermal processes, high vacuum processing, and ultra-high vacuum processing. It is also capable of processing materials ranging from thermally conductive materials to semiconductor materials. The chamber of 0010-30686 reactor contains a cathode, an anode and several microwave energy sources. The cathode is designed to transfer electrons in order to create the environment for plasma formation. The anode is used to increase the intensity of the plasma. Finally, the microwaves are used to create the desired substrate characteristics. Once the substrate has been processed, AMAT / APPLIED MATERIALS 0010-30686 reactor is capable of accurately measuring the thickness and composition of the layer characteristics. This allows for precise control of the final product. AMAT 0010-30686 reactor is a highly advanced piece of machinery. It is capable of producing high quality, tailored surfaces for the production of micro and nanosized electronic components. Additionally, it is versatile enough to handle different materials and processing requirements. Finally, it is capable of accurately benchmarking the layers, allowing for even more control of the final product.
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