Used AMAT / APPLIED MATERIALS 0010-36734 #293807847 for sale

AMAT / APPLIED MATERIALS 0010-36734 Reactor is a specialized etching system designed to facilitate the fabrication of microelectronic components. This apparatus is an advanced tool for etching wafer-level or circuit-level projects. It is best suited for applications requiring precise control over the deposition or etching process with a high degree of accuracy. AMAT 0010-36734 reactor consists of a furnace, a plasma tube and a chamber. The furnace contains the substrates to be exposed to the reaction environment which are heated with an internally fed gas. The raised pressure reduces the surface tension between the substrates and the reactants such as gas or liquid, allowing for the uniform diffusion of reaction species over the substrate. The plasma tube supplies a high-temperature and ultraviolet-radiant environment for etching or deposition. The chamber helps to maintain a constant pressure during the entire reaction process, allowing for maximum reaction efficiency. APPLIED MATERIALS 0010-36734 Reactor is built to industry-standard sizes and shapes with a variety of options and accessories such as gas lines, electric power supplies and control systems. The unit allows operators to control the temperature and pressure of the reaction environment with accuracy up to 0.001%. This also enables precise control over the etching or deposition process. The temperature is adjustable from 0 to 1350°C, allowing for fine-tuning of the reaction conditions to achieve the optimal results. 0010-36734 Reactor is a powerful tool for etching microelectronic components. With its advanced design, precise control over reaction conditions, and robust construction, this unit can handle a wide range of applications in semiconductor fabrication. It can create a variety of results, from etching circuits to depositing layers of polymers onto wafers. Overall, AMAT / APPLIED MATERIALS 0010-36734 Reactor is a reliable and efficient solution for etching or depositing microelectronic components.