Used NIKON NSR 1755 i7A #293681789 for sale

Manufacturer
NIKON
Model
NSR 1755 i7A
ID: 293681789
Vintage: 1996
Stepper 1996 vintage.
NIKON NSR 1755 i7A is a highly advanced wafer stepper that provides excellent precision and excellent performance. It is a high-resolution 5-axis tool that is well suited for wafer imaging and alignment, as well as general wafer processing. The tool offers high accuracy and excellent repeatability, allowing precise wafer placement to a range of acceptable parameters. It also provides a variety of image acquisition capabilities to capture precise images of patterns or circuitry on the surface of a wafer. NIKON NSR 1755I7A is capable of nanometer level resolution, with pixel distortions minimized through the use of proprietary optimization algorithms. The tool has an intuitive graphical user interface that allows users to quickly program, adjust and set wafer positions. It also allows users to execute complex multi-data operations quickly and efficiently, as well as monitor and manage wafer processes from the control panel. The tool's opto-mechanical design enables it to take reliable imaging data, while the wafer can be moved at high speed. The versatile tool has both step-and-scan and jump-and-scan capability, as well as an Automatic Wafer Scanning function that simplifies the alignment process. NSR-1755I7A has a dedicated FACS (Portable Flat/Roundness Diameter Sensor) designed to reduce wafer loading time, which helps make processes even more efficient. It also has an SMIF (Supply Math Interface) feature that expands the tool's handling capabilities, enabling wafer movement from the cassette to the transfer. NSR 1755 I 7 A is a highly reliable and efficient tool for wafer processing. It features excellent precision and finesse, as well as a robust and intuitive graphical user interface, allowing users to quickly and accurately complete wafer processing. Its high accuracy and excellent repeatability make it an ideal choice for applications such as photomask fabrication, integrated device fabrication, and microprocessor development.
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