Used ASML S1250D #9267433 for sale

ASML S1250D is a high-end wafer stepper used widely in the semiconductor industry. This equipment is designed to rapidly and accurately expose photoresist to ultraviolet radiation with the objective of producing high-performance semiconductor devices with top-quality yields. S1250D features a 135 millimeter (5.3-inch) scanner with a numerical aperture of 0.72, and a k1 resolution of 0.86-0.88 in the range of 310-365 nanometers. This gives it a superior imaging capability and throughput. ASML S1250D utilizes a truly innovative modular design approach which enables users to customize the system according to their specific needs. The modules can be easily swapped out in order to add or remove features such as additional photomask inspection capability, photoresist wafer alignment, and multiple projector units for increased exposure capability. In addition, S1250D utilizes dual source fields, which allows the user to alternate between different exposure energies and angles in order to optimize the imaging process. The unit is equipped with a variety of hardware and software elements which work together in order to provide the operator with the highest level of performance and accuracy. The hardware includes a laser-aligned mask table and an ultra-high resolution projection lens. The software suite includes an alignment machine, a calibration module, and a user-friendly interface. This enables users to easily manipulate parameters and manage the machine's processes, as well as keep track of results. In addition to its advanced imaging capabilities, ASML S1250D also features a variety of other advanced features which aid in the production and quality-control processes of devices. It includes unique features such as scrap elimination, zero-defect inspection, and auto-exposure modulating. This allows users to consistently optimize the throughput and accuracy of their devices while still targeting a zero-defect result. S1250D is a powerful and reliable wafer stepper that can be used to produce high-performance semiconductor devices with maximum yields. Its modular design approach and advanced technology ensures that users get the highest level of performance from their devices, and its robust user interface and software suite ensure ease of use and keep track of results. Furthermore, its advanced features such as scrap elimination, zero-defect inspection, and auto-exposure modulation guarantee optimized results every time.