Adopting low-code/no-code componentized design enables rapid assembly and flexible adjustment of business workflows without complex development, significantly lowering development barriers and implementation timelines for AI smart control solutions. Deeply interlocking with CIM systems, it utilizes AI algorithms to achieve advanced smart features like equipment reverse control, downtime self-recovery, and automated Out-of-Control Action Plan (OCAP) exception handling, making smart control decisions in production flows more efficient and precise.
Proprietary AI image recognition platform trained and optimized over massive scenarios to address precise and complex visual inspection demands in high-end manufacturing like 300mm front-end wafer fabs, panel fabs, and third-generation semiconductor fabs, establishing dedicated AI vision capabilities tailored for high-end manufacturing. Serving multiple industry leaders and deployed on over 10,000 equipment units, real-world production has verified that AI visual inspection's detection rate and consistency far surpass manual inspection, fully realizing technical reliability and industry leadership.
Unlike generic RPA, LOFA-Bots centers on AI technology and is designed for professional automated operation on industrial production lines. Combining deep understanding of CIM systems with scenario adaptation of AI algorithms, it seamlessly embeds into diverse complex industrial automation scenarios. It goes beyond problem discovery to execute solutions in real time through a closed loop of thinking, feedback, and remote control, truly achieving intelligence and unmanned operations.
