Used EEJA / ELECTROPLATING ENGINEERS OF JAPAN Posfer #9078049 for sale

EEJA / ELECTROPLATING ENGINEERS OF JAPAN Posfer
ID: 9078049
Vintage: 1997
PB/SN Plating System, 1997 vintage.
EEJA / ELECTROPLATING ENGINEERS OF JAPAN Posfer is a photoresist system that is used for the creation of electroplating structures in Japan. It uses a special substrate to produce high-quality plating structures with precision accuracy and fast turn-around time. EEJA Posfer system employs three primary components in order to complete the fabrication of electroplating structures. The first is a special substrate, designed by EEJA, which is used to transfer patterns from photoresist onto the metal surface. This substrate acts as a negative image, allowing for accurate placement and patterning of metal on the surface. The second component is photoresist. Photoresist is a chemical solution that is sensitive to UV light, and is used to create photolithography patterns on the substrate. The photoresist is applied to the substrate in thin layers, followed by exposure to UV light and the subsequent development of the pattern. This process is able to create complex designs and patterns in a short amount of time. The third element is the electroplating, which is done using an electrolytic solution. The electrolytic solution is responsible for the deposition of metal onto the substrate that is critical to the creation of high-quality plating structures. This electrolytic solution is applied after the photoresist has been exposed and developed, and it acts as a "glue", bonding the metal to the substrate. Once the plating structure is complete, it is ready to be assembled into its desired configuration. However, in order to ensure the highest quality plating structure, secondary processes such as pattern refinement, cleaning, and finish treatment may be employed. Overall, ELECTROPLATING ENGINEERS OF JAPAN Posfer system is capable of quickly and accurately creating electroplating structures with precise patterns and finishes. This makes it one of the most efficient and reliable photoresist systems available on the market today.
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