Used NIKON NSR 2005 i9C #9096009 for sale

NIKON NSR 2005 i9C (Supreme) Wafer Stepper is a high-precision imaging tool that is designed for photolithography applications in the semiconductor industry. It features a robust design, remarkable precision and high productivity, enabling it to keep up with production demands. NIKON NSR2005I9C is built on a one-piece base that is both rigid and stable for steady performance. The platform is equipped with an X-Y stage for scanning the wafer and positioning it correctly for imaging. The stage is designed with a low-friction mechanism that minimizes disturbances during high-speed motions, allowing for high throughput. The wafer stepper is designed with a multi-lens optical equipment to ensure superior resolution in both the X-direction and Y-direction. It is equipped with an actuated 8-inch lens to provide faster, more stable imaging and operation. The optics system also includes a telecentric mask aperture, which provides better focus and image alignment. NSR-2005I9C also features alignment and focus detection mechanisms to ensure accuracy during imaging. The wafer is first aligned using a laser alignment unit before it is imaged for the best possible accuracy. The focus detection mechanism can be used to detect when the wafer has the optimal focus for imaging. NIKON NSR 2005 I 9 C is powered by an advanced controller that is designed for use in automated operation. The machine can be set up for high-throughput and preciseness, enabling rapid and accurate wafer processing. It also features data logging and analysis capability for automated quality assurance. For enhanced operational efficiency, NIKON NSR 2005I9C is compatible with a variety of software packages from both NIKON and third-party vendors. The stepper also has a range of customization options that allow users to tailor the tool to their own specific needs. Overall, NIKON NSR-2005I9C is an advanced, high-precision wafer stepper that is designed to provide maximum throughput and accuracy in photolithography applications. Its multi-lens optical asset and laser alignment and focus detection capabilities enable superior imaging accuracy and performance. In addition, the model is easy to customize and can be used in an automated working environment.