Used FSI / TEL / TOKYO ELECTRON Mercury #9205483 for sale

FSI MERCURY is an advanced photoresist equipment designed for micron-level feature size resolution. It is a highly sensitive, high resolution system that enables fine patterning of photoresists with a high degree of production precision and repeatability. MERCURY unit consists of several different components, including a lithographic machine, photoprojector, and a precision quartz stage. The lithographic machine is the core technology within the machine, which uses a digitally encoded optics to deliver a variety of image sizes that are accurately matched to a designed circuit. The photoprojector then use sophisticated algorithms to project the design image onto the quartz stage at high resolution, allowing precise patterning of photoresists onto the substrate. The quartz stage is also an essential component of FSI MERCURY tool. It offers highly accurate repeatable motion, which is critical for controlling feature size in photoresist exposure. Additionally, the quartz stage is built on a frame mounted on air bearings, providing superior motion control and stability.The quartz stage enables MERCURY to achieve high repeatability and precision levels across different photoprojectors and substrates. Another advantage of FSI MERCURY is its ability to store up to 20 process recipes at once for rapid prototyping. This allows for faster development of new devices and production processes. Finally, MERCURY has a range of support and monitoring software to ensure high yields in production. This software helps to minimize production costs, improve throughput, and provide detailed process quality information. Additionally, it is Class 1M laser safe protected by a safety interlock asset to ensure the model is operated safely. In summary, FSI MERCURY photoresist equipment provides an excellent solution for high precision patterning and submicron feature size resolution. With its automated tools, high inertia of quartz stage, and robust safety interlock system, it is an ideal choice for many microelectronic applications.