Used TEL / TOKYO ELECTRON Lithius #9290886 for sale

TEL / TOKYO ELECTRON Lithius is a photoresist equipment based on the company's proven technology. The system is designed to perform accurate thin-film mastering for the production of imaging components. The unit consists of two main components, the Thin Film Mastering Unit (TFMU) and the High Quality Imaging (HQI) Unit. The TFMU is comprised of a large tank, a laser blasting station, and a heating element and a light source for adding ambient light. The HQI Unit is comprised of a radiation-hardened camera, radiation-computed components, and an image-data generation component. The Thin Film Mastering Unit (TFMU) consists of a tank filled with aqueous solution which contains photoresist material. The photoresist material has the ability to form thin layers of a particular pattern when exposed to light through a laser beam. The entire surface area of the tank is illuminated by a high intensity, pulsed laser beam. The pulsed laser beam is used to create different patterns and sizes of radiation-resistant patterns. The laser intensity and pulse length is managed by the TFMU controller to ensure accuracy in the patterning. The TFMU also uses a heating element to recoat the surface of the photoresist material after every patterning cycle. The HQI Unit consists of a camera to capture and measure the patterns and images created by the TFMU. The purpose of the HQI Unit is to provide accurate imaging data, which is then used for further processing and patterning of the photoresist material. The HQI Unit also includes radiation-computed components that allow it to differentiate between different radiation levels and provide accurate data. Additionally, the HQI Unit includes an image-data generation component that provides the necessary data to accurately transfer the patterns and images to the photoresist material. TEL Lithius is a reliable photoresist machine that is used to fabricate thin-film profiles with precision. The tool includes components such as a blasting station, heating element, camera and image-data processing which can all work together to achieve detailed patterns for the production of imaging components. By providing accurate data, the HQI unit allows for image-data manipulation and patterning to produce high-quality imaging components. The photoresist asset is also equipped with radiation-computed components which allow it to accurately differentiate between different radiation levels. With its advanced technology, TOKYO ELECTRON Lithius is an efficient and reliable model for the fabrication of thin-film profiles.