Used NIKON NSR 2205 i12C #293619763 for sale

NIKON NSR 2205 i12C is a highly precise and versatile wafer stepper used in photolithography. It can process a variety of semiconductor materials and is most commonly used to fabricate the structures on an integrated circuit or other advanced semiconductor structures. The equipment is equipped with intelligent contact-free alignment sensors and NIKON NSR-i control operating platform. The NSR-i platform operates an advanced asynchronous control system that enables the processing of large-area wafers while maintaining high throughput and accuracy. NIKON NSR-2205I12C wafer stepper features an ultra-high resolution imaging unit that is capable of reproducing micro-features with extremely small step sizes down to 0.108 microns. This precision allows for high-precision fabrication of transistors, capacitors, and other features. In addition, the high-precision alignment sensors enable the scanner to accurately align the mask to the substrate with extraordinary accuracy, ensuring high quality results. NSR 2205 i12C wafer stepper also features an advanced high-precision stepper/scanner mechanism. This mechanism ensures high-precision wafer scanning while minimizing noise pollution. Moreover, the mechanism can achieve high levels of throughput while eliminating trail-off artifacts. NSR-2205I12C wafer stepper is also equipped with its advanced cleanroom architecture. This ensures that the environment is dust and particle free during the photolithography operation. The architecture also ensures that the process is completely automated and reproducible. In addition, NIKON NSR 2205 i12C wafer stepper is equipped with process-recovery hardware and software that protects against process errors and minimizes downtime. The machine also provides real-time monitoring and control over the process as well as process stability control functions. This enables the operation to be optimized for high yields and product reliability. In short, NIKON NSR-2205I12C wafer stepper is an advanced, highly precise and versatile tool that is capable of producing high yields, high throughputs, and superior product reliability. It is the ideal choice for advanced semiconductor fabrication applications.