When Will AI Replace Régleurs et Opérateurs de machines de revêtement, de peinture et de pulvérisation ?

The automation wave for coating, painting, and spraying machine setters, operators, and tenders will unfold over the next decade. By 2030, approximately 60% of these tasks will be automated. This transformation is driven by advanced technologies like robotic spray systems, automated powder coating lines, and AI-powered quality inspection tools.

The early impact is projected to affect entry-level operators in automotive and appliance manufacturing as soon as 2027. These roles will see routine part masking and standard coating applications increasingly handled by industrial robots equipped with computer vision.

Skilled specialists in custom finishing, aerospace coatings, and complex quality issue troubleshooting can anticipate a longer runway, with their roles evolving through to 2033. Mid-wave transformation will involve more sophisticated AI in defect detection and automated material handling systems.

Entry-level operators in high-volume manufacturing sectors like automotive and appliances are most vulnerable to early automation. Their tasks, including routine part masking and standard coating application, are prime candidates for robotic systems with computer vision.

Conversely, skilled specialists in niche areas such as custom finishing, aerospace coatings, and those adept at troubleshooting complex quality issues will experience a more gradual transition. Their expertise in handling intricate processes and problem-solving will remain in demand longer.

You have a critical window of 6-8 years to transition your skills and career path. The shift is moving away from manual spray application and basic equipment tending towards programming robotic systems, validating AI-driven quality checks, and managing complex specialty coatings.

Focus on developing expertise in areas like coating specialist roles or maintenance technician positions for automated equipment. Upskilling in programming robotic systems, advanced defect analysis with AI tools, and managing complex specialty coatings will be key to future-proofing your career.