Used PSM PLASMA #9201023 for sale

PSM PLASMA is an etcher/asher equipment manufactured by PSM Inc. It utilizes PLASMA to remove material from metal and other surfaces. The system consists of a chamber, a vacuum pump, and a PSM PLASMA source. PLASMA source produces a gas mixture from a gas feedstock and applies it to the substrate. The gas mixture is then converted to an electrical arc, which is directed at the substrate surface and causes physical vaporization of the substrate material. The removed material is then exhausted out of the unit by the vacuum pump. The primary benefit of using PSM PLASMA is its ability to optimize the process parameters for improved results. A lower substrate temperature can produce a wider range of possible topographical effects, and higher substrate temperature enables higher ablation rates. The machine also supports a wide range of gases, enabling the plasmapoly-etch processes and the production of ultra-fine micropatterns. The direct injection tool eliminates the need for a CVD vacuum asset, reducing process cost and time while also being safe and reliable. The ability to accurately monitor the process parameters ensures that a consistent etching or ashing process is achieved. The model also features a highly robust temperature control equipment, allowing operators to easily set temperature profiles for tight control and optimal material removal. The customizable options of PLASMA makes it suitable for etching/ashing of metals, substrates, and a range of other materials. The system is equipped with a software package to control the parameters and to monitor the etching/ashing process. The software also has an in-built fault monitoring unit, providing users with maximum control and safety during operation. Overall, PSM PLASMA provides reliable, cost-effective etching/ashing processes for a variety of industries. Its wide range of customizable parameters and safety features make it an ideal choice for a range of applications ranging from medical device production to printed circuit board fabrication.