Used EEJA / ELECTROPLATING ENGINEERS OF JAPAN Posfer C14 #293642816 for sale

EEJA / ELECTROPLATING ENGINEERS OF JAPAN Posfer C14
ID: 293642816
Wafer Size: 8"
Vintage: 2003
Plating system, 8" 2003 vintage.
EEJA PostC14 is a photoresist equipment designed for electroplating applications. It is designed to simplify and streamline electroplating processes while providing excellent results. The PostC14 system is composed of three main parts: the photo-sensitive material, the pre-treatment solution, and the electrolyte. The photo-sensitive material in the unit is capable of creating an electrically conductive layer on the substrate to be plated. It consists of photoresist, which is an organo-metallic compound blended with a powdered light-sensitive material. The light-sensitive material allows the machine user to create patterns and surfaces through the application of light-induced chemical reactions. The photoresist allows for precise and controlled etching and plating, creating a surface that is ideal for compatibility with the electrolyte solution. The pre-treatment solution is specially designed to condition the substrate prior to plating. It allows for effective surface preparation and treatment prior to the main plating process, ensuring that the metal pores are activated and available to the plating solution. The pre-treatment solution also helps to remove contamination and other surface imperfections. The electrolyte is the solution that incorporates the metal that is to be deposited onto the substrate. The electrolytic solution is an aqueous solution composed of metal ions suspended in water. By passing a low voltage electric current through the electrolyte, a uniform metal layer is deposited onto the substrate at a controlled rate. ELECTROPLATING ENGINEERS OF JAPAN PostC14 is an advanced photoresist tool that is capable of producing superior results with minimal setup and maintenance. It is suitable for both laboratory and production scale electroplating operations. The asset is reliable, cost-effective, and capable of providing excellent results with a variety of substrate materials.
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