Tate & Lyle recently inaugurated a state-of-the-art manufacturing facility in Matão, São Paulo, to produce NUTRAVA® Citrus Fiber. This innovative ingredient utilizes orange peels to meet the growing global demand for clean-label food products. To ensure peak operational efficiency, Tate & Lyle collaborated with Rockwell Automation to implement a comprehensive industrial automation framework. This partnership highlights a significant step in Tate & Lyle's expansion following its strategic acquisition of CP Kelco in late 2024.
Artificial intelligence is no longer a futuristic concept but a vital tool for modern manufacturing. While naval organizations have used AI for years, the commercial maritime sector is now catching up. Today, industrial automation and AI-driven workflows are helping shipbuilders overcome labor shortages and complex engineering hurdles. By integrating these technologies, yards can accelerate production and enhance vessel performance. Consequently, the industry is shifting from traditional manual methods toward highly efficient, data-centric operations.
The era of incremental updates for industrial automation has ended. Today, manufacturers face unprecedented complexity, from cybersecurity threats to massive data silos. Consequently, the industry must transition from legacy point solutions to integrated, strategic platforms. A fundamental rethink of control systems is now essential for long-term operational resilience and digital transformation.
At the 2026 World Economic Forum in Davos, the dialogue surrounding industrial automation shifted from theoretical potential to practical execution. Schneider Electric’s CEO of Industrial Automation, Gwenaelle Avice Huet, emphasized that the industry has reached a decisive inflection point. Companies are now moving beyond pilot projects to integrate industrial automation as a core driver of competitiveness and carbon neutrality.
The 2026 Consumer Electronics Show (CES) marked a pivotal shift for the global technology landscape. AI has officially moved beyond the "hype" phase into a period of mass deployment. Industry leaders demonstrated that industrial automation and artificial intelligence are no longer experimental concepts. Instead, these technologies now serve as essential tools for measurable business impact across the globe.
In the realm of industrial automation, precision in material handling is a cornerstone of production quality. This article explores a practical implementation of a four-material mixing and dosing system using Siemens TIA Portal. By integrating both weight-based and time-based control logic, engineers can create a versatile solution for factory automation needs.
