Industry 5.0 represents a concrete shift: from simple automation to intelligence applied to production processes, with a focus on reliability, quality, decision support, and the enhancement of technical expertise. It is not merely a digital evolution, but a structural transformation in the way technology and industrial know-how collaborate within manufacturing.
In this context, Ricos is actively participating in the Supreme Project, contributing to the development of solutions applied to real production environments, particularly in the hydroforming process. The objective is not to introduce technology for its own sake, but to integrate it into machinery and production flows to generate measurable value.
What Industry 5.0 Really Means and Why It Matters in Tube Manufacturing
Industry 5.0 does not simply equate to AI, robotics, or digitalization. Its deeper meaning lies in the integration of process expertise, production data, and intelligent decision-support systems.
For Ricos, this approach directly impacts the advanced manufacturing of tubular components. Processes such as hydroforming, welding, and quality control require a high level of precision and are characterized by significant operational variability. In this context, adopting industrial artificial intelligence tools becomes strategic to improve stability, repeatability, and process control.
The Supreme Project: Objectives, Structure, and Vision
The Supreme Project is an industrial innovation initiative developed within a collaborative framework (RIR / technological supply chain), aimed at integrating artificial intelligence into production processes and industrial machinery.
The distinguishing feature of the project is its focus on real production applications rather than theoretical demonstrations. Models are developed and validated using actual process data, constraints, and operational logic, with the goal of embedding predictive tools directly into the production cycle.
This is not abstract research, but applied development on existing machines and real manufacturing operations.
Why Ricos Is an Active Partner in the Supreme Project
Ricos participates in the Supreme Project as an industrial partner, not merely as a technology end user. Its contribution is rooted in consolidated expertise in tubular component design, production process management, and complex tube manufacturing operations, including hydroforming.
Hydroforming is an ideal application case for AI because it combines:
- numerous process parameters;
- strong material–machine interaction;
- high variability related to geometry, material properties, and operating conditions.
This complexity makes the integration of intelligent systems particularly relevant. Ricos therefore positions itself as a credible and practical contributor in the transition toward Industry 5.0.
Artificial Intelligence Applied to Hydroforming: What We Are Developing
Within the Supreme Project, artificial intelligence is trained using real process data to support the setup and optimization of hydroforming operations.
The AI learns correlations between:
- pressure;
- deformation speed and profile;
- tube geometry;
- material behavior under stress.
The technical objective is the automatic calculation of optimal process parameters, reducing variability and improving result stability. This means addressing one of the most critical stages of the process: the initial setup and fine-tuning phase, traditionally based on experience and iterative adjustments.
From Human Expertise to Intelligent Support: The Core of Industry 5.0
Industry 5.0 does not imply replacing the process engineer. Artificial intelligence acts as an intelligent support system: it reduces setup errors, accelerates configuration phases, and assists operational decision-making.
The key principle is human–machine collaboration. Technology enhances expertise rather than replacing it. For Ricos, innovation has value only if it strengthens decision-making capabilities and process robustness, while keeping technical control at the center.
Concrete Benefits of the Supreme Project for Ricos Customers
Applying AI to production processes through the Supreme Project can generate tangible benefits for customers:
- reduced development and setup times;
- greater process repeatability;
- improved reliability on complex geometries;
- fewer reworks and scrap;
- enhanced control over critical processes.
The expected outcome is more predictable production, with more stable quality and more efficient industrialization timelines. In a competitive environment, the ability to reduce uncertainty and stabilize results represents a significant advantage.
How Ricos Differentiates Itself from Competitors in Industry 5.0
Many companies speak about AI and Industry 5.0, but few actually apply these technologies to real production processes.
Ricos’ approach stands out for:
- AI integrated into processes and machinery, not just in marketing communication;
- development based on real hydroforming operations;
- an engineering-driven and measurable approach, not abstract experimentation;
- leveraging in-house process expertise to feed models that are truly useful for production.
Ricos positions itself as a conscious industrial early adopter, with a clear focus on practical and applicable results. Integration takes place on existing processes and operational machinery, not on isolated laboratory prototypes.
Industry 5.0 as a Journey, Not a Destination
For Ricos, the Supreme Project is not a final milestone but the beginning of a structured path. The transition toward Industry 5.0 requires continuity across three fundamental assets:
- expertise;
- data;
- process quality.
The vision is long-term: progressively integrating intelligent tools into key processes while maintaining industrial reliability as the primary benchmark. The goal is to build an ecosystem where technology and know-how work together to generate stability, control, and measurable performance.
Conclusion
For Ricos, Industry 5.0 means practicality, not slogans. It means applying intelligent technologies to production processes to achieve higher quality, greater reliability, and improved control.
Through the Supreme Project, we are building more advanced processes today to meet the demands of tomorrow’s manufacturing, integrating data, expertise, and predictive tools directly into real production environments.
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