Used TEL / TOKYO ELECTRON Lithius #9315093 for sale

TEL / TOKYO ELECTRON Lithius
ID: 9315093
Wafer Size: 12"
Vintage: 2006
System, 12" 2006 vintage.
TEL / TOKYO ELECTRON Lithius is a photoresist equipment designed for semiconductor production. Photoresists are a type of light-sensitive material used to create circuit patterns on a wafer. TEL Lithius system is closed-loop and semi-automated, meaning that an operator can specify a specific pattern and the unit will automatically create it. It is designed to manufacture integrated circuit (IC) chips at a high resolution and speed, using a mass production process. TOKYO ELECTRON Lithius machine takes the raw materials, such as copper and polyimide, and applies photolithographic processes to create intricate patterns on a wafer. Actinic light is used to expose the layer of photoresist that has been spread over the surface of the wafer. The tool then develops and etches the wafer, creating a pattern on the surface. With the advent of next-generation IC designs, Lithius is designed to provide greater speed and precision. It also uses advanced algorithms to improve patterning accuracy. This results in superior physical and electrical performance in the end product. The asset can create multiple layers of patterns and has a wide range of materials that can be used in its processes. The model can also optimize the design of interconnect layers, and it can be used for advanced circuit design. Additionally, the equipment supports advanced etch recipe optimization that can vary the width of lines to ensure proper printing of the etched pattern. In addition to the production of IC chips, the system has a wide variety of applications such as the production of displays, solar cells, and sensors. It can also be used for other production processes such as lamination, die cutting, and coil winding. TEL / TOKYO ELECTRON Lithius is a reliable and efficient photoresist unit capable of producing high-quality output at a fast rate and excellent precision. The machine has been adopted by many companies due to its ability to increase production performance and reduce costs.
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