Used TEL / TOKYO ELECTRON Clean Track Lithius #9329259 for sale

TEL / TOKYO ELECTRON Clean Track Lithius is an advanced photoresist equipment developed by TEL, a leading manufacturer of equipment for the semiconductor industry. The system is designed to provide a precise, high-resolution patterning on photoresist layers, making it suitable for use in semiconductor fabrication applications. The unit starts with a spin coating procedure, whereby the photoresist material is applied in a thin, even layer onto the substrate. This ensures that the surface is adequately covered with the photoresist material, and it also creates uniform thin films of the material. After spin coating, the photoresist layer is exposed to a light source in order to create the desired pattern. Depending on the wavelength of the light and the photoresist characteristics, this process can either selectively selectively remove or cross-link the photoresist in the area of the pattern. The next step of the process utilizes TEL Clean Track Lithius machine's patterning tool to accurately mark the pattern on the photoresist surface. The tools used in this step are highly precise, and they can achieve smaller tolerances than any other comparable systems. This is especially important for fabrication applications which require high accuracy and quality control. Following the patterning process, the photoresist is developed and etched to form the required circuit or integrated circuit on the substrate. TOKYO ELECTRON Clean Track Lithius tool also offers a post-develop inspection step which is used to verify the quality of the final circuit. This helps to ensure that the required aesthetic and performance standards are met. Overall, Clean Track Lithius is a powerful and reliable asset for the creation of photoresist patterning for semiconductor fabrication applications. It offers high precision when imprinting designs, excellent control over the patterning process, and an additional layer of verification to confirm the quality of the finished product. Through its use, manufacturers can produce components with excellent levels of precision, reliability and quality.