Used TEL / TOKYO ELECTRON CS500 #9269756 for sale

TEL / TOKYO ELECTRON CS500
ID: 9269756
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TEL / TOKYO ELECTRON CS500 is an advanced photoresist processing equipment. It is widely used in the semiconductor industry for photolithography applications, allowing for the fabrication of various complex structures and critical components. The primary purpose of this system is to utilize light from a light source to transfer patterns onto a substrate material or photoresist. It works by exposing the substrate to a predetermined intensity of light, which triggers a chemical reaction in the resist and initiates the patterning process. To ensure a precise transfer of the pattern, TEL CS500 is equipped with a high-precision, adjustable laser beam alignment unit. It also incorporates a machine to measure the exact dimensions of patterns and their edges, which allows for the most accurate pattern definition possible. TOKYO ELECTRON CS 500 also provides fully automated patterning capabilities with a dedicated user interface. This offers a convenient solution for those seeking to produce detailed and intricate patterns and photoresists which would otherwise be extremely difficult to achieve. The tool accommodates a wide range of resist materials, enabling applications in areas such as microlithography, thin film deposition, and wafer bonding. Furthermore, this asset includes a built-in calibration function, ensuring the accurate measurement of the resist layer thickness and pattern size. It is powered by a high-power, energy-efficient motor that ensures fast, precise, and repeatable patterning. Additionally, a preconfigured hardware model ensures uninterrupted operation at any given time. Overall, TOKYO ELECTRON CS500 is an reliable, innovative, and advanced photoresist processing equipment. Its automated patterning capabilities, combined with the adjustable laser beam alignment and built-in calibration functions, provide a convenient, accurate, and efficient way to create intricate patterns and photoresists on a variety of substrate materials.
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