Used TEL / TOKYO ELECTRON Lithius #9276842 for sale

TEL / TOKYO ELECTRON Lithius is a photoresist equipment that utilizes a digital printing technology to create extremely accurate patterning onto substrates. This system is designed to create patterns with dimensions as small as 50 nm with exacting precision. These features allow for patterns to be generated with outstanding resolution, creating smaller, more complex features. TEL Lithius utilizes a process called spin-on deposition to accurately deliver the photoresist onto the substrate. During this process, an electrically charged barrel dispenses a precise amount of resist liquid onto the substrate, which is then spread evenly by spinning. This precise deposition ensures that no amounts of resist are wasted, and that all areas of the substrate are evenly coated. TOKYO ELECTRON Lithius then uses sophisticated ultraviolet (UV) imaging technology to create precise patterns. By manipulating the UV laser, the unit is able to pattern almost any kind of substrate. Laser patterning allows for features to be made below the resolution of contemporary lithography, producing extremely precise patterns with precise practical control. The photoresist is altered by the laser patterns, and can be etched away more or less based on the parameters of the laser and the length of exposure. By adjusting the settings, the machine is able to create much more complex shapes than can be achieved by traditional lithography techniques. In addition, Lithius can be used to modify existing patterns, allowing for further precision and detail. The tool is also capable of producing patterned media such as disks and wafers, and provides users with a variety of features to customize their production to fit their exact needs. TEL / TOKYO ELECTRON Lithius is an extremely reliable and precise asset that has a wide range of applications in many industries, from microelectronics to medical implants to automotive components. It provides users with reliable, precision patterns with unsurpassed accuracy, allowing them to quickly and easily create complex parts and components with ease.