Used CANON FPA 3000 iW #9165959 for sale

CANON FPA 3000 iW is a state-of-the-art wafer stepper designed to prepare wafers for use in various semiconductor manufacturing processes. The device is equipped with a proprietary patented full-field stepping capability that ensures extremely accurate patterns over large fields of view for advanced microelectronics processes such as flip-chip bonding. CANON FPA 3000IW features a high resolution 0.6 micron imaging optics with a maximum scan size of 18x13mm². It is equipped with an innovative advanced high-resolution image quality optimization system for precise and reliable exposure results. FPA-3000IW is built on an advanced, patented multi-stepping algorithm that allows for extreme precision when stepping multiple patterns over a large field of view. This advanced technology ensures a high level of imaging at the edges and corners of the pattern with low image distortion. This technology also maximizes throughput and yields with minimum time in between exposure patterns. CANON FPA 3000 I W is also equipped with a host of image process presets, enabling users to customize beam exposure strategy, optimize image quality, and reduce particle defects. It is also equipped with an auto image detection function that identifies defects and places a mark when a defect is found. Improved "off-axis" illumination and automatic exposure enable users to achieve higher throughput with image quality and reliability. The sophisticated user-friendly machine control software incorporated with CANON FPA-3000 IW makes it a reliable and user-friendly wafer stepper. The software controls machine movements with advanced motion control strategies, while the integrated vision system allows users to quickly adjust patterns, optimize exposures, and detect defects. The feature-rich software suite also makes workflow management simple with its custom scripting and editing tools. FPA 3000IW is the ideal solution for any semiconductor manufacturer that requires high accuracy and precision with reliable results. It is durable, energy efficient, and offers reliable performance and precision imaging for advanced microelectronic processes.