Used NIKON NSR i10 #293606912 for sale

NIKON NSR i10 is a precision wafer stepper designed for highly precise fabrication of semiconductor devices in the nanometer scaling range. NSR i10 is equipped with a range of advanced features to provide optimal alignment and exposure precision. Its high-resolution imaging optical equipment helps to achieve a better resolution compared to shorter wavelength imaging systems. Advanced electro-optical composite imaging architecture is used to achieve ultra-high resolution and extremely precise imaging. This system is compatible with a variety of wafer substrates, providing reliable throughput and excellent performance. NIKON NSR i10 also features an advanced precision alignment unit. Its active alignment sensors measure the minute movement of the stepper to assure sub-micron alignment and uniformity across the entire wafer. This alignment machine is far more accurate than traditional methods to provide better product yields and higher yield accuracy. NSR i10 also has a fully automated mask loading tool that allows for rapid and error free loading of photomasks. It has a modular light source for efficient utilization of different light source with different wavelength for various applications. A highly accurate auto focus asset is used to maintain the precision of the imaging model. In addition, NIKON NSR i10 features a highly efficient air-conditioning equipment. This system maintains the optimal temperature range and humidity level to provide a high-quality imaging by stabilizing the optical unit. The robust, dependable architecture of NSR i10 ensures that the machine works even under extreme conditions. To sum it up, NIKON NSR i10 is an advanced wafer stepper designed for precise fabrication of semiconductor devices at scale, with a maximum sub-micron alignment and uniformity on the wafer. It features an active alignment machine, automated mask loading systems, and a modular light source. Furthermore, its air-conditioning tool ensures optimal temperature and humidity levels, leading to improved imaging performance.