Used CANON FPA 3000 #9145279 for sale

CANON FPA 3000 is a wafer stepper device from CANON Inc. designed for the ultra-precise lithography of silicon wafers. It features an incredibly accurate illumination equipment, an advanced alignment and precise agitation system, and a proprietary software unit. This advanced wafer stepper is capable of producing the highest quality wafers with a minimal footprint and minimal cost. CANON FPA-3000 has an optimized 6-axis X/Y/Z/θ/z/F architecture machine that produces extremely accurate results with a displacement resolution of 0.1 µm. The stepper also features a unique proprietary anti-vibration tool that ensures an exceptionally high degree of accuracy. This allows it to create better performance with a lower cost of ownership. In terms of its optical asset, FPA 3000 features an advanced type of laser, an optical replica generator, and a unique alternative reticle. This combination of features ensures that thestepper can accurately align the mask to the substrate. Additionally, the genlock model provides exceptionally accurate optical results, even when operating over large particles, thin substrates, and other complicated surfaces. In terms of its precision agitation equipment, FPA-3000 features a hybrid system that combines electronic and acoustic agitation to ensure that the resulting wafer is always perfectly aligned. The stepper also has special high-performance alignment tools which are used to provide fast, precise alignment. CANON FPA 3000 also has a special software unit that ensures that the device is as efficient as possible. It is designed to recognize the most efficient combinations of wafer sizes and layout patterns. As a result, it can reduce setup costs, shorten the cycle time, and reduce downtime. CANON FPA-3000 is a truly advanced wafer stepper that is capable of producing exceptional results. It is reliable, efficient, and has been rigorously tested to ensure it is both accurate and reliable. It is an ideal tool for the production of the highest quality wafers with minimal cost.