Used CANON FPA 5500 iZa #9224031 for sale

CANON FPA 5500 iZa Wafer Stepper is a specialized precision machine for precision patterning, or lithography, of wafers used in the manufacture of advanced computer chips. The wafer stepper uses a specialized optical equipment to produce extremely small, precise patterns on the wafer surface, allowing the placement of circuit paths only a few nanometers, or billionths of a meter, in size. The iZa features a number of advanced technologies to ensure the highest possible accuracy and reliability in production. The illuminating system on CANON FPA-5500IZA utilizes advanced micro-lens arrays and a combination of laser illumination sources to minimize aberrations, maximize field flatness, and ensure a uniform intensity over the entire field of view. This combined with an adjustable slit effects unit ensures high-precision, high-resolution imaging. In addition, the slit effects machine also eliminates stray light and ensures that only the intended patterns are exposed. The imaging optics of FPA 5500IZA also utilize a patented dynamic focusing mechanism to ensure that image plane remains flat and focused across the entire stage. This ensures accurate and repeatable imaging across each unmasked location. The alignment tool on the iZa utilizes a specialized back-scatter signal to detect and align the wafer with the optical asset, allowing for high-precision patterning even across large shifts in position. Finally, the control model of CANON FPA 5500IZA features a specialized control algorithm to optimize the motion and calibration of the stage and optical equipment. This combined with an intuitive user interface and an advanced software platform, allows for user-friendly operation and extensive parameters for custom patterning. Overall, FPA-5500 IZA is a powerful and versatile wafer stepper for precision patterning of advanced chips. Its combination of advanced imaging optics, integrated alignment system, and sophisticated control unit make it an ideal choice for producing highly accurate and reliable patterns.