Used SVG / ASML 90S #9270561 for sale

SVG / ASML 90S is a state-of-the-art photoresist equipment that is designed to enable high precision and accuracy during circuit manufacturing processes. It is developed by Applied Materials and is a game-changer in the industry. It utilizes a unique combination of cutting-edge optical devices to focus a beam of light onto a wafer of photoresistant material, before exposing it to a unique process called electron lithography. This process is used to create circuitry on the wafer that can be used in electronic applications. SVG 90S photoresist is specifically tailored to provide the highest resolution and accuracy available in the industry. ASML 90S photoresist system utilizes a patented advanced reflectometry unit that uses a laser to detect the position of the beam and its corresponding focal points. This machine is used to focus the laser accurately onto the photoresist, achieving the highest resolutions currently possible. To ensure that the beam is accurately pointed at the correct position, 90S tool also features a non-contact optical wavefront sensing technology that continuously monitors the laser beam position during exposure. The positioning information is then sent to a computer for real-time adjustment to ensure that the beam is pointed at the correct position. SVG / ASML 90S photoresist asset also features an advanced multi-beam projection technology. This allows the exposure of multiple high-resolution beams simultaneously, enabling large-scale production with the highest resolution available. SVG 90S photoresist is also notable for its ability to produce patterns in 3-dimensional shapes and textures, making it ideal for the production of complex circuitry. ASML 90S photoresist model is designed to provide the highest reliability, accuracy, and precision in the industry. Its unparalleled precision and accuracy make it the first choice among manufacturers in a variety of applications. The equipment is also designed to be compact and energy efficient, making it an ideal choice for in-house production and processes. Its advanced features make it a cost-effective choice for manufacturers looking to maximize their efficiency and save money during circuit manufacturing processes.