In 2026, artificial intelligence has moved beyond the experimental stage to become an integrated tool within the production processes of the automotive components sector. In manufacturing plants, solutions based on data analytics, advanced automation and intelligent systems help improve precision, optimise resources and reinforce the stability of industrial processes.
This shift responds to a context shaped by vehicle electrification, increasing technical complexity and the need to meet ever more demanding standards in quality, traceability and efficiency. For component manufacturers, digitalisation has become a structural element of their industrial strategy.
In this scenario, Autoparts From Spain, the platform of Spanish automotive suppliers leading the manufacturing and export of components made in Spain, includes companies that are driving this technological transformation in their production plants.
Industrial digitalisation now occupies a central place in the strategy of automotive component manufacturers. The integration of monitoring systems, data analytics and automation allows companies to control critical variables within the production process with greater precision.
On manufacturing lines, these systems analyse parameters such as cycle times, thermal conditions, dimensional tolerances and machining parameters. The information obtained enables early detection of deviations and allows processes to be adjusted before defects or efficiency losses occur.
This level of control is particularly important in the production of components subject to very tight tolerances, such as metal structures, interior systems or transmission elements.
“Digitalisation is not only a technological trend but an industrial necessity,” explains Mª Begoña Llamazares, markets director at SERNAUTO and spokesperson for Autoparts From Spain. “Component manufacturers operate under very demanding international standards. The integration of data-based tools and advanced automation helps guarantee quality, production stability and regulatory compliance in increasingly competitive markets.”
In addition, the use of data makes it possible to optimise the consumption of energy and raw materials, contributing to more efficient manufacturing processes.
The incorporation of digital technologies is also transforming the operational management of factories. Automated systems are increasingly used in repetitive operations or those requiring a high level of precision, while maintaining the flexibility needed to adapt to different vehicle platforms.
One of the most relevant advances is predictive maintenance. Continuous monitoring of equipment makes it possible to anticipate incidents and schedule technical interventions before failures affect production.
In a sector where manufacturing schedules are closely aligned with vehicle manufacturers’ production programmes, operational availability of production lines is a critical factor.
Digital traceability also plays a key role. Recording process parameters, quality controls and production data in real time facilitates compliance with technical audits and regulatory requirements demanded by international vehicle manufacturers.
Industrial digitalisation is already reflected in the strategies of many companies within the Spanish automotive components sector:
Gestamp, a global supplier of high-engineering metal components for body, chassis and mechanisms, has promoted in recent years a digitalisation process across its operations aimed at improving efficiency and competitiveness.
Antolin, specialised in interior systems, integrates technology and advanced electronics into components such as headliner modules, doors and panels. The evolution of vehicle interiors towards more connected solutions requires development and industrialisation processes supported by digital tools capable of managing increasing technical complexity.
Fersa, manufacturer of advanced bearing solutions, mantains a strategy focused on technological innovation and production optimisation. Continuous improvement of industrial processes is key for components operating under demanding conditions in mobility applications.
RTS, a manufacturer specialised in steering and suspension components for passenger cars and commercial vehicles, combines engineering expertise with full control of manufacturing processes within its own facilities. The company introduces more than 500 new developments each year through reverse engineering and feasibility studies, supported by technological improvements and monitoring systems that optimise production flows.
Olipes, a Spanish company specialised in the production of lubricating oils and greases for automotive and industrial applications, develops more than 2,500 product references marketed in 48 countries. In recent years, it has implemented a transformation process that includes the digitalisation of business management through SAP and the expansion of its facilities to improve production efficiency.
These initiatives reflect a growing trend across the sector: the progressive incorporation of digital technologies to improve process control, optimise operational efficiency and maintain high quality standards.
The Spanish automotive components sector maintains a strong international orientation and participates in manufacturing programmes for vehicle manufacturers worldwide. In this context, investment in digitalisation and advanced technological capabilities forms part of a strategy aimed at strengthening the sector’s industrial competitiveness.
Technological transformation goes beyond the adoption of new tools. It also involves organisational changes, system integration and the development of new professional capabilities related to data management and process interoperability.
Today, a significant share of industrial plants in the sector already operate under digitalised production models that improve process control, optimise operational efficiency and guarantee traceability in component manufacturing.
Through Autoparts From Spain, it is possible to observe how digitalisation forms part of the industrial evolution of the Spanish automotive components sector, strengthening its ability to compete in a global environment characterised by technological innovation and increasingly demanding requirements from international manufacturers.
If your company develops technological solutions, advanced industrial processes or components linked to digitalisation and innovation in automotive manufacturing, we invite you to join Autoparts From Spain and discover how to become part of an initiative that promotes the international projection of Spanish component suppliers and reinforces their positioning in global markets.
Artificial intelligence is mainly used to analyse production data, detect deviations in industrial processes and optimise manufacturing parameters in real time.
It improves process control, reduces manufacturing errors, optimises resource use and increases operational efficiency on production lines.
Because it allows production parameters and quality controls of each component to be recorded, facilitating technical audits and compliance with international industry standards.
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