Used TEL / TOKYO ELECTRON Lithius i+ #9237247 for sale

TEL / TOKYO ELECTRON Lithius i+ is a photoresist equipment designed for use in semiconductor chip fabrication and other related industries. The system utilizes a unique combination of patented technologies to enable precise alignment of patterns on a pre-coated photoresist film using ultraviolet (UV) light. This ensures the highest accuracy of the photolithography process for each operation. TEL Lithius i+ consists of an i+ Light Source and optics head, which directly illuminate the photoresist film with UV light of predetermined wavelengths. This ensures accurate and precise exposure of the photoresist material, enabling very high-resolution patterning. The lithographic unit is also equipped with a proprietary lens that captures images of specified sites and accurately images these sites onto the photoresist film. The comprehensive control and measurement machine of TOKYO ELECTRON Lithius i+ enables the user to finely adjust the intensity of the UV light exposure to the material, as well as to precisely align the desired pattern with the substrate surface. The tool also allows the user to easily adjust the exposure time for the substrate and the alignment of the pattern. Lithius i+ is an efficient and reliable photoresist asset with advanced features for eliminating photosensitive spots and ensuring highly accurate patterning and alignment. It produces consistent and excellent fabrications necessary for semiconductor device manufacturing and otherrelated applications. In addition, the advanced safety features of the model provide the user with peace of mind and protection against hazardous exposures. The equipment is designed to facilitate fast and flexible operation with easy-to-use software interfaces. The easy control procedures and user-friendly software make TEL / TOKYO ELECTRON Lithius i+ a great choice for anyone looking for a reliable photolithography system. Overall, TEL Lithius i+ is an advanced and precise photoresist unit designed specifically for cutting-edge semiconductor device fabrication. It offers superior pattern accuracy, fast and flexible operation, and reliable protection against potential hazards.