Used TEL / TOKYO ELECTRON ACT 8 #9285378 for sale

TEL / TOKYO ELECTRON ACT 8 is a high-end photoresist equipment used for advanced optoelectronic device fabrication. Photoresist is a light-sensitive material used in the production of components for optoelectronic devices, such as integrated circuits and other electronic components. TEL ACT 8 system works by using a chemical process to attach a light-sensitive layer of resist material to an integrated circuit. This allows for the creation of patterns on the surface of the device that are used to produce electrical connections and other functions. TOKYO ELECTRON ACT 8 unit enables highly accurate, precise, and repeatable patterning of resist features, with improved pattern fill and fine line definition that is necessary for high-performance optoelectronic components. The machine is designed to provide superior patterning accuracy and reliability even in high-resolution optical lithography processes. This makes it well-suited for the fabrication of advanced integrated circuit components such as those used in fiber optic communication systems. TEL ACT 8 photoresist tool utilizes advanced automated exposure control, allowing for precise and repeatable results. This helps ensure high precision and uniformity across multiple geometries and sub-micron feature sizes. The asset can also be used to produce higher-density features when compared to those produced by other photorealistic systems. ACT 8 features a small footprint and requires minimal installation space, making it ideal for production environments with limited space. It supports a wide range of sizes and materials, including various types of low-k devices, which is increasingly important for advanced optoelectronic components. The model also supports high-speed patterning mode, which is essential when applying high levels of exposure to surface mount technology substrates. In summary, ACT 8 photoresist equipment is a high-performance, automated system designed to achieve precise and repeatable results when producing electronic components for optoelectronic devices. The unit supports a wide range of material types and feature sizes, along with advanced automated exposure control for accurate and uniform patterning. These features make it ideal for producing advanced, high-performance integrated circuits for fiber optic technology and other optoelectronic applications.