Used TEL / TOKYO ELECTRON Lithius i+ #9218119 for sale

TEL / TOKYO ELECTRON Lithius i+ is a cutting-edge photoresist equipment designed to improve the accuracy and reliability of photolithography processes. Photolithography is a critical part of semiconductor device fabrication, and the precision with which it can be controlled is vital for modern semiconductor device manufacture. TEL Lithius i+ system utilizes an innovative rotating reticle-translation stage to precisely align the patterned reticle with the exposed wafer. The unique rotation of the reticle allows for an unparalleled level of alignment accuracy, resulting in a refined image when transferred to the wafer. In addition to the enhancement of resolution, TOKYO ELECTRON Lithius i+ unit is capable of generating high-quality images with reduced blemishes and lower contamination levels. This is due to the adoption of deep-UV light sources which enable precise imaging on a microscopic level, and a powerful hydrogen-fluorine laser scanner. The combination of these two components ensures fantastic imaging quality, and has been proven to greatly reduce the number of wafers rejected due to defective images. Lithius i+ machine is also surprisingly user-friendly, with a bright desktop display to assist operators and technicians. This display can provide instant information regarding a photoresist tool's operating conditions, or the quality of the images being produced, enabling efficient and effective machine control. The user can also configure the asset from the display's interface, which greatly simplifies the set-up and commissioning of the model. TEL / TOKYO ELECTRON Lithius i+ equipment is an impressive photoresist system that is capable of delivering high-quality imaging with excellent alignment accuracy. It is perfect for modern semiconductor device fabrication, enabling the production of highly reliable devices with superior characteristics. Its advanced design and simple user-friendly interface make TEL Lithius i+ unit an incredibly valuable tool for device fabrication.