Used ASML PAS 5500 / 750F #293655012 for sale

ASML PAS 5500 / 750F is a high-end photographic stepper for creating semiconductor devices. The equipment is a photolithography tool that provides high resolution, fast throughput, and accuracy for a wide range of wafer imaging applications. The 7nm resolution of PAS 5500 / 750F is ideal for the production of high quality and highly precise layouts in the semiconductor industry. The stepper is equipped with several advanced technologies, such as its ArF excimer laser source that provides accurate and powerful imaging. This highly precise laser source can project images onto the wafer with pixel size down to 7 nm. ASML PAS 5500 / 750F also features an Ultraviolet (UV) camera and a multi-domain aligner, both of which provide excellent precision for patterning. The system is programmed to use a variety of layer types such as immersion media, resist, and masking layers. Additionally, this stepper is also capable of using different light wavelengths to pattern a variety of layers. These include ArF (193nm), KrF (248nm), and I-line (365nm). The highly skilled engineers at ASML use PAS 5500 / 750F' to develop custom solutions. The machine houses a multi-nozzle loading unit and cassette-based wafer handling mechanisms to enable fast wafer transfer and increased wafer capacity. The machine also comes with an intuitive user interface that simplifies the operation of the stepper and helps ensure consistency in semiconductor step and repeat patterns. ASML PAS 5500 / 750F also features a high tolerance linear device, ideal for high precision alignment and overlay measurements. Furthermore, a powerful imaging control program runs in the background, allowing for continuous control of wafer surfaces and other parameters. This feature helps enhance the overall quality of the final product and ensures that the expected of the demanding end users are always met. Overall, PAS 5500 / 750F is a powerful, advanced and highly reliable wafer stepper. It provides the user with increased throughput, accuracy and exact image and pattern placement - the high resolution of its imaging machine, coupled with its advanced imaging control, enables it to create and perfect semiconductor devices with the utmost precision.