When Will AI Replace Régleurs, Conducteurs et Préposés de machines de laminage pour métaux et matières plastiques ?

The automation of rolling machine operations is set to accelerate significantly. By 2031, approximately 55% of these tasks will be handled by AI-powered systems. This includes advanced control systems, robotic material handling, and sophisticated sensor technologies that will optimize rolling parameters in real-time.

The initial wave of automation will affect junior operators running standardized production in high-volume facilities. These roles may see task automation as early as 2027. This means a significant portion of their current duties could be taken over by AI and robotics within the next few years.

Senior setters managing custom alloy processing and complex tool changes will experience a more gradual transition. Their expertise will remain crucial for more intricate tasks, allowing them to extend their careers in AI-assisted production oversight potentially to 2035.

Junior operators in high-volume production facilities are most susceptible to early automation, with their routine tasks being the first to be replaced by AI-driven systems. This necessitates a focus on upskilling to remain relevant in the evolving landscape of manufacturing.

Senior setters involved in custom alloy processing and complex tool changes are in a more secure position. Their roles, which require intricate problem-solving and adaptability, are less likely to be fully automated in the near term, extending their career longevity.

To navigate this transition, operators must evolve from hands-on machine tending to technology-augmented manufacturing specialist roles. This involves embracing new technologies and developing skills that complement AI, rather than compete with it.

Mastering programmable logic controllers (PLCs), predictive maintenance systems, and advanced metallurgy will be key. These skills will enable you to work alongside AI, overseeing automated processes and ensuring efficient, high-quality output in the future of manufacturing.