FOXLINK GROUP LAUNCHES ITS FIRST U.S. AI FACTORY IN FORT WORTH, TEXAS, MARKING STRATEGIC SHIFT FROM EMS TO AI-POWERED MANUFACTURING

2026-07-15 · Source: The AI Journal · Field: Manufacturing & Industrial — Smart Manufacturing & Industry 4.0, Automation & Robotics, Supply Chain & Logistics · Depth: Fundamental Awareness, quick

Summary

Foxlink Group officially launched its first U.S. AI Factory in Fort Worth, Texas, on July 14, 2026, marking a significant transformation from a traditional electronics manufacturing services (EMS) provider to a global AI Factory operator. This new facility introduces "Physical AI" onto the production floor, leveraging Foxlink's AI Factory model that connects computing power to manufacturing processes. Group affiliate UBILINK provides the computing foundation with large-scale NVIDIA H100 GPU clusters in Taiwan, while SYNCROBOTIC develops the AI and robotics systems for industrial deployment. The Texas facility will implement AI-driven automation in its surface mount technology (SMT) and final assembly, testing, and packaging (FATP) processes to enhance production flexibility and reduce changeover costs, directly addressing North American demand for localized supply chains. This initiative reflects a broader industry shift towards integrating AI directly into manufacturing operations.

Key takeaway

For VPs of Manufacturing Operations evaluating strategies for advanced automation and supply chain resilience, Foxlink's U.S. AI Factory launch signals a critical shift. Your organization should assess integrating "Physical AI" directly into production processes, mirroring Foxlink's model of connecting centralized computing with factory-floor robotics. This approach can significantly improve production flexibility and reduce changeover costs, addressing rising labor expenses and localized customer demand. Consider piloting AI-driven automation in key assembly and testing phases to transform your manufacturing capabilities.

Key insights

Foxlink's AI Factory model integrates high-performance computing with robotics to embed AI directly into manufacturing processes, enabling global scalability.

Principles

• AI Factory model connects computing to factory floor.
• AI capabilities scale across global manufacturing networks.
• Integrate AI directly into production, not as an overlay.

Method

The AI Factory model involves UBILINK supplying NVIDIA H100 GPU compute clusters and SYNCROBOTIC developing AI/robotics systems for phased deployment in SMT and FATP processes.

In practice

• Deploy AI-driven automation in SMT and FATP.
• Use GPU clusters for centralized AI compute.
• Localize production to meet regional demand.

Topics

• AI Factory
• Physical AI
• Manufacturing Automation
• Robotics
• Supply Chain Resilience
• NVIDIA H100

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Editorial summary, takeaway, and curation by AIssential. Original article published by The AI Journal.