Used CANON FPA 6000 ES6 #9308445 for sale

CANON FPA 6000 ES6 is a state-of-the-art wafer stepper designed for the production of highly precise micro-electromechanical systems (MEMS) and integrated circuits (ICs). It features advanced optics and image processing technologies that ensure high manufacturing yields. The machine is equipped with two unique lenses and features superior alignment accuracy and extremely high-resolution imaging capabilities. CANON FPA-6000 ES6 uses a six-step optical lithography process to create extremely accurate patterns on wafers. The first four steps focus on accurately aligning the wafer onto the optical mask, and the final two steps use a scanning laser to create the final patterns on the wafer. This machine can create precise features at a minimum feature size of 0.1 um (microns). FPA 6000 ES6 also features a high-precision wafer stage to ensure tight wafer positioning and alignment. It is capable of 48-bit scanning and features a new focus servo equipment. This allows for extremely precise alignment and therefore a finer process window. The machine also utilizes a newly developed signal processing and handling system to increase throughput and data transfer. A range of automation options are also available for FPA-6000 ES6 to enhance its operation. These options include a fully automated wafer loading unit, a fully automated defect inspection machine, an automated exposure tool, and auto wafer flatness inspection. Additionally, the machine can be used in tandem with CANON FDS 4 wafer handling asset. This model offers automatic exchange of wafers between the stepper and the handler for increased productivity. CANON FPA 6000 ES6 is a powerful wafer stepper that is built to deliver high-quality MEMS and IC products with extreme accuracy. By utilizing its advanced optics, image processing, and alignment capabilities, the machine can ensure high manufacturing yields. With its extensive range of automation options, CANON FPA-6000 ES6 can be fine-tuned to deliver consistently superior results to satisfy the demands of even the most demanding applications.