When Will AI Replace Opérateurs de presses et machines de découpe (métaux/plastiques) ?

The impact of AI on metal and plastic machine setters is unfolding in waves. Entry-level roles focused on repetitive stamping and punching in high-volume production face potential disruption as early as 2027. This initial wave targets the most routine tasks.

By 2030, approximately 60% of all tasks within this sector will see automation. This includes advanced CNC press brakes and laser cutting systems handling more complex operations, significantly altering the daily responsibilities of current workers.

Skilled press brake operators, tool and die setters, and precision forming specialists can anticipate a longer runway, with their careers extending towards 2033. This mid-to-late wave impact allows more time for adaptation and upskilling in specialized areas.

Entry-level machine tenders and operators performing repetitive stamping or punching operations in high-volume production are at the highest risk of early impact, with significant automation expected around 2027.

Conversely, skilled press brake operators, tool and die setters, and precision forming specialists are better positioned. Their expertise in complex setups and advanced troubleshooting offers a buffer, with potential career extensions up to 2033.

The vulnerability score for this role is currently rated 0/100, suggesting a general understanding of the need for adaptation, but specific timelines and affected roles are crucial for proactive career planning.

To navigate the evolving landscape, focus on transitioning towards roles that require CNC programming, advanced tooling expertise, or complex troubleshooting. These skills are less susceptible to immediate automation and are in growing demand.

Embrace continuous learning and upskilling. Familiarize yourself with technologies and software used by industry leaders like Bystronic, Trumpf, Amada, and Salvagnini, particularly in areas like robotic material handling and adaptive bending.

Invest in developing a deep understanding of integrated manufacturing cells and computer vision inspection systems. These advanced technologies represent the future of the industry and will be key to maintaining relevance and career growth.