The evolution of industrial automation is entering a new stage. After years dominated by Industry 4.0 and the digitalization of processes, companies today are moving toward a more balanced model: Industry 5.0where intelligent technology and people work together in an authentic Human - AI Symphony..

This approach does not seek to replace the operator, but rather to enhance their capabilities. through intelligent systems that facilitate decision-making, improve quality, and elevate the efficiency of production processes.

Industry 5.0: Beyond Traditional Automation

Industry 5.0 puts the human being back at the center of the production process, supported by advanced technologies such as artificial intelligence (AI), data analytics, and intelligent automation. Unlike previous models, the goal is no longer just repeatability, but also flexibility, traceability, and continuous improvement..

In this environment, machines:

  • Execute tasks with high precision.
  • Collect and analyze data in real time.
  • Detect deviations and optimize processes.

While people:

  • Supervise intelligent systems.
  • Interpret critical information.
  • Adjust parameters and make strategic decisions.


The upskilling as a pillar of Human-AI collaboration.

For the Human-AI Symphony to work, companies must invest in workforce upskilling. Operators and technicians no longer simply 'operate' equipment; they now interact with advanced systems, data dashboards, and intelligent controls.

This involves developing skills such as:

  • Understanding process data.
  • Quality analysis and traceability.
  • Interaction with automated and intelligent systems.

In this way, technology becomes an extension of human knowledge, not its substitute.

DEPRAG: Intelligent screwdriving for collaborative processes

The solutions from DEPRAG are a clear example of how technology can be naturally integrated into the Human-AI Symphony. Their intelligent industrial screwdriving systems, such as MINIMAT Handheld Screwdrivers with AST intelligent controllers, allow for precise and fully traceable process control. Furthermore, solutions such as the MICROMAT Screwdrivers, ideal for high-precision processes, expand the possibilities in environments where fine torque and angle control is indispensable.

These solutions stand out for:

  • Real-time torque and angle control.
  • Data recording and analysis for quality assurance.
  • Communication with production and supervision systems.

Thanks to these capabilities, the operator not only executes the process but also supervises, validates, and optimizes el atornillado, apoyado por información confiable generada por el sistema.

Baltec: Intelligent riveting with total process control

In the area of mechanical joining, Baltec integrates intelligence into the riveting process through its HPP-25 controller, which works in conjunction with radial riveting machines. This controller is in charge of monitoring, recording, and analyzing critical process parameters, such as force, displacement, and time, providing valuable real-time information for the validation of each joint.

Baltec HPP-25: process intelligence for mechanical joining in Industry 5.0

Controller Baltec HPP-25 adds process intelligence to mechanical joining by enabling:

  • Monitoring and validating the riveting process in real time, analyzing critical variables such as force, displacement, and cycle time. This continuous supervision ensures that each joint is performed within defined parameters, reducing process variability.
  • Recording and analyzing data for traceability and quality assurance, facilitating the documentation of each riveting cycle and providing valuable information for audits, statistical control, and continuous improvement.
  • Supporting operator decision-making, by detecting deviations early and presenting information clearly, allowing for timely interventions that prevent defects and rework.

This configuration allows the operator to interpret and supervise process data, while the system delivers consistent and repeatable results—a clear example of how collaboration Human - AI improves both the quality and efficiency of industrial riveting.

When technology and people play the same sheet music

The Human–AI Symphony is achieved when each element performs its role in harmony. Solutions like those from DEPRAG and BALTEC prove that modern automation does not eliminate the human factor, but rather transforms it into a more strategic and specialized role..

Artificial intelligence and intelligent systems:

  • Provide consistency and precision
  • Reduce errors and variability
  • Facilitate continuous improvement

Human talent:

  • Provides experience and judgment
  • Resolves unforeseen situations
  • Makes decisions based on real data

Conclusion

The Industry 5.0 represents a paradigm shift in manufacturing, as it is no longer just about automating processes, but about creating an effective collaboration between people and artificial intelligence (AI). The true competitive advantage emerges when technology enhances human knowledge and enables faster, more accurate, and more informed decision-making.

Intelligent solutions such as DEPRAG screwdriving systems, their AST Control Technology and the Baltec riveting equipment demonstrate that it is possible to integrate advanced automation without losing human control over the process. By combining data, traceability, and precision with trained personnel, companies achieve processes that are more robust, flexible, and quality-oriented.

Investing in upskilling, adopting collaborative technologies, and fostering this Human–AI Symphony not only prepares the industry for today’s challenges but also lays the foundation for a more sustainable, efficient, and person-centered manufacturing. In the future of industrial production, harmony between human talent and intelligent technology will be the key to success..

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