Used ASML PAS 5000 / 55A #9233748 for sale

ASML PAS 5000 / 55A is a high-precision wafer stepper that employs advanced technologies to fabricate semiconductor device features. The equipment is designed for mass production of highly accurate wafer features and consists of an advanced 5-axis multidirectional platform and an in-chamber 3D device positioning system. It can accommodate a 300mm wafer in its chuck with an accuracy of up to 1 micron. The unit is equipped with a high-resolution 32-bit image processor for precise edge detection and feature alignment. It offers a wide range of patterning features, including open, borderless, filled, or reverse patterns; continuous, segmented, or multi-segmented patterns; one and two layer designs; and one-step or sequential exposure. It can also be used to replicate existing features or create new ones. The machine has a 864-step motor, which provides precise control over dimensional accuracy and speed. ASML PAS 5000 / 55 A has a comprehensive operating tool, which includes both user-friendly software and hardware components. The software enables users to set up and control the asset, perform pattern simulations, and generate photomasks. The hardware consists of a 5-axis multi-directional platform, an in-chamber 3D device positioning model, a CPU and memory unit, and a high-resolution image processor. The equipment's advanced optics are equipped with autofocus and auto-alignment capabilities, while its imaging system offers sub-micron resolution. It also allows for high-speed data transmission over Ethernet. PAS 5000 / 55A is compatible with most wafer manufacturing processes and enables the production of semiconductor devices with high accuracy and reliability. The unit is designed for all types of users, from those with minimal technical experience to experienced operators. It is easy to setup and use; comprehensive manuals, tutorials, and customer support are available to ensure successful operation. The machine provides a superior manufacturing experience, allowing users to quickly and efficiently produce high-quality semiconductor devices.