Used NIKON NSR 2005 i10C #9236759 for sale

NIKON NSR 2005 i10C
Manufacturer
NIKON
Model
NSR 2005 i10C
ID: 9236759
Vintage: 1995
Stepper 1995 vintage.
NIKON NSR 2005 i10C is a cutting-edge wafer stepper designed to meet the needs of heavily automated semiconductor production. This wafer stepper utilizes state-of-the-art optics, precision motor control, and a high-speed communications equipment to provide efficient and accurate transfer of data. The robust mechanical design of NIKON NSR 2005I10C uses an advanced X-Y stage and a high-speed, high-accuracy fast-axis scan system to quickly position substrates and wafers. The wafer stepper also features a non-contact, non-destructive loading method that can be used to safely load and unload up to 50 substrates or wafers. The integrated edge-clamp unit enables the stepper to favorably handle thin or warped wafers and substrates while ensuring that they remain securely positioned. The optics of the i10C utilize a 4× objective, 10-micron spot size laser, and a scan field up to 200/254 mm to provide the most accurate and reliable wafer imaging. The laser is speed adjustable from 16 to 40,000 scans per second and able to achieve resolutions up to 0.4 microns. The advanced optics machine comes with a surface sensing camera for establishing the focus position on the sample prior to imaging. Additionally, onboard topography calculation provides automatic correction for curved surfaces during imaging. Furthermore, NSR-2005I10C has a sophisticated communications tool that allows for direct communication from the stepper through Ethernet, RS232, and Powerbronze Protocol. This feature gives complete control over the wafer stepper and provides continuous real-time status to the operator. In conclusion, NSR 2005 i10C is an industry-leading wafer stepper that provides better accuracy, speed, and precision than competing steppers. With its cutting-edge optics, advanced X-Y stage, communications asset, and surface sensing camera, this wafer stepper is able to deliver optimal performance and cost savings for heavily automated semiconductor production.
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