Used NIKON NSR 1755 i7B #9261834 for sale

NIKON NSR 1755 i7B is a state-of-the-art wafer stepper manufactured by NIKON Corporation. The equipment has a beam diameter of 0.33mm and a pattern size of 300mm×300mm, making it ideal for a broad range of applications. Specifically, NIKON NSR-1755I7B is capable of producing lithography patterns on photomasks and wafers, as well as performing critical wafer defect inspection and reverse engineering. NSR 1755 i7B is equipped with an array of advanced optics, providing a resolution of down to 1.6 microns, and a repeatability of up to 10mm. This allows the system to be used for both production photolithography and reticle inspection. Some of the key features of the unit include variable-sized areas of interest, multiple scan parameters, auto-focusing capability, and the ability to capture dynamic images. As far as imaging capabilities, NSR-1755I7B is capable of producing high-resolution and high magnification images. This is accomplished with an array of 510nm wavelength LED energy. The machine is also capable of performing two-dimensional or three-dimensional autofocus. The tool is also highly reliable. It has an image processing board, which allows for up to 500 images per second, and a scanning servo axis to ensure accurate and consistent results. Furthermore, the asset can be programmed so that it can capture and analyze high speed imaging for reverse engineering purposes. In addition, NIKON NSR 1755 i7B is equipped with advanced safety features. It has a dedicated airborne particle sensor to detect any contaminants that may damage the model. The equipment also has an emergency stop button for added safety. Overall, NIKON NSR-1755I7B is a powerful and reliable wafer stepper that is capable of meeting the needs of any research or production environment. Its advanced optics and imaging capabilities make it an ideal choice for producing high quality photolithography patterns, as well as for reverse engineering and defect inspection. Its robust safety features further ensure that results will be reliable and repeatable.