Used NIKON NSR 1505 G6E #9209074 for sale

NIKON NSR 1505 G6E Wafer Stepper is a state-of-the-art wafer stepper with advanced precision optics to manufacture the most intricate devices. This equipment allows for the highest accuracy and yields possible, while navigating images and fine details with maximum accuracy. It is a tool of choice for leading semiconductor manufactures. NIKON NSR-1505G6E is an advanced wafer stepper. It features highest performance alignment system with 30nm resolution. The maximum field size of 160mm square is sufficient to manage high-end products such as image sensors and smart cards. It also offers flexible glass substrates to ensure higher throughput. In terms of speed, NSR 1505 G6E is equipped with two exposure sources; an in-line induction exposure source and a laser exposure source. The exposure sources are designed to provide reliable and uniform performance for various needs. The laser exposure Source has a maximum exposure speed of 250μsec/field. NSR-1505G6E is suitable for various applications such as front-end processing, lithography, and low-cost die-attach. It features low-loss aberration correction to generate consistent results across different exposure conditions. It also has low scanner distortion for better registration accuracy. The high-power cleaning source of NIKON NSR 1505 G6E ensures high-quality surface cleaning across all patterns. Moreover, it offers a unique trace-stuck capability for perfect alignment, thus making critical alignment tedious tasks much easier. The unexposed resist layers also can be aligned precisely for subsequent process steps. Beyond the features mentioned above, NIKON NSR-1505G6E Wafer Stepper boasts a compact package. Moreover, it is a very low-maintenance system with service support and spare parts repairable and replaceable quickly. In sum, NSR 1505 G6E Wafer Stepper is an impressive piece of machinery for chipmakers. With its high power cleaning source, its two exposure sources, and a maximum pattern size of 160, this machine is sure to produce precise results with a good yield. It is an excellent machine for those involved in developing microelectronics.