Used TEGAL Plasmod #9186245 for sale

TEGAL Plasmod is a precision, metal-etching and ashing equipment designed for the manufacture of precision metal structures for the semiconductor, electronics, and optical industries. The system uses an advanced, computer-controlled plasma technology to precisely remove unwanted material from the surface of metal components and provides a clean, flat and uniform base for further processing. Plasmod features a sealed and heated chamber containing a resistor mounted on an insulated sidewall. High-frequency radio waves are sent from the source to the heated chamber, where they react with the material within the chamber to produce a high-temperature "plasma". This plasma erodes the metal surface, resulting in a fine layer of inert material that acts as a base for further applications. Unlike traditional etching processes, TEGAL Plasmod is highly efficient, uniform, and repeatable. Plasmod works with a wide range of metals, including CoCr, AlSi, AlMg, CuNi, and NbFe, meaning it can be used to accurately and quickly work with a wide range of material types and thicknesses. It also offers variable etching speed so that users can adjust the speed according to the component type, thickness, and material. TEGAL Plasmod also features an optional ashing process that can be used to remove residual material from the component surface, leaving it clean and flat. Ashing is useful for cleaning off residues, such as oils and oxides, without damaging the component. Plasmod offers excellent control over the etching and ashing processes and allows users to control the speed, power, and time parameters to achieve the desired results. The unit is capable of etching and ashing with a rate of up to 18 cm per minute, which can reduce production times significantly compared to traditional etching processes. Furthermore, TEGAL Plasmod machine also includes a unique, self-diagnostic mode which can detect and report any errors, ensuring a safe and reliable operation. Overall, Plasmod offers users a reliable, efficient, and repeatable etching or ashing process that can be used to accurately and quickly work with a wide range of material types and thicknesses. It is an ideal choice for the semiconductor, electronics and optical industries.