Used NIKON NSR 1505 i7A #9226272 for sale

NIKON NSR 1505 i7A wafer stepper is a top-of-the-line lithography system designed for advanced chip fabrication. The device is capable of printing features down to 0.35um with a resolution as low as 0.25um, and its alignment system features a repeatability of up to 25nm. It comes with advanced reticle handling features, as well as improved environmental and safety precautions. NIKON NSR-1505I7A uses Deep UV LEDs as its light source, which are capable of producing wavelengths as short as 193nm. This allows for high precision and accuracy within chip fabrication. Additionally, the device is equipped with a powerful laser alignment system, making it an ideal choice for fabricators of multi-layer chips. It also has a unique six-axis saw table, which uses precise scanning technology to identify and locate the existing alignment marks on the wafer. The device has an imaging field of 200mmx200mm, and its flexibility makes it suitable for both large and small chips, with features as small as 0.35um. Its precision and high-quality imaging makes it an excellent choice for advanced chip fabrication, and the fine pitch capabilities make it ideal for densely-packed chip designs. NSR 1505 I7A also has several features that make it cost and energy efficient, including a unique energy-saving mode, as well as built-in air filtration. Its user-friendly design ensures a smooth workflow, with touchscreens and intuitive menus to navigate the different functions. It is also designed to be compatible with any lithography equipment, so integrations with existing set-ups are simple and straightforward. In conclusion, NSR 1505 I 7 A is a powerful and versatile wafer stepper, perfect for producing high-precision and high-quality chips. Its advanced features make it an excellent choice for large and complex chip fabrication, with its repeatability and fine pitch capabilities taking care of any challenging designs. Its energy-efficient design and intuitive user interface make it an ideal choice for any chip fab set-up, ensuring superior results.