Used NIKON NSR 2205 i14E2 #9215744 for sale

NIKON NSR 2205 i14E2
Manufacturer
NIKON
Model
NSR 2205 i14E2
ID: 9215744
Stepper.
NIKON NSR 2205 i14E2 is a highly-innovative wafer stepper that is designed for precision lithography processes. It is a comprehensive tool that is engineered for both optical and non-optical patterning applications. It is suitable for a wide range of materials, geometries, and lithography technologies. NIKON NSR-2205I14E2 is capable of providing the highest resolution in a variety of applications, utilizing a low-defocus design. It includes an image aberration correction (IAC) system and built-in imaging capability allowing it to address all optical distortions. With full integration with NIKON NIS Environment software, this stepper offers superior accuracy and reliability for cutting-edge advanced packaging structures. The stepper is ready to be used in a production environment and features a large multi-angle rotation and high-precision alignment system. An improved alignment algorithm and high-precision slit metrics make it possible to minimize failure rates and repeatable alignment accuracy throughout a production process. The stepper is equipped with an advanced exposure source with exposure-on-demand mode capabilities. This provides highly optimized and repeatable exposures over a wide range of substrates. NIKON NIS Environment software provides a wide range of features and user-orientated tools such as optical simulation, a comprehensive CAD library and a number of built-in off-axis illumination. With an improved high-endurance scan stage this stepper provides a compact and cost-effective platform for advanced DUV lithography. NSR-2205 I14E2 is the ideal choice for a wide range of lithography applications, providing superior accuracy and reliable performance. It provides the highest level of resolution achievable by any optical lithography system, enabling the most challenging chip designs to be achieved quickly and sustainably. It provides a stable platform for efficient and repeatable fabrication processes, significantly reducing time to market and lowering costs.
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