Applus+ Laboratories invests strategically in R&D+I projects to promote future technologies and acquire the necessary know-how to adapt our service offering to each sector's needs. To do so, we lead and collaborate in national and international R&D+I projects.
We collaborate with industry as a technology partner in its processes of innovation, providing our expertise at each value-chain stages in the development of a new product or process.
Forming and Modular Integration of Thermoplastics
Developing new processes for continuous forming of stacks of new composite materials made from dry fibers in order to obtain complex preforms
Out of autoclave processes development for composite frames manufacturing with high production rate and low cost
Improvement of the precision in the validation and verification of aeronautic structures
The development of medium- and large-scale sustainable manufacturing-process platforms for clinically compliant solid core nanopharmaceuticals.
Unmanned Systems Oriented to Null Environmental Impact. This project has been funded by the CDTI – CENIT Programme.
New paint and coating formulas with high anti-adherence properties for automobile's outer parts. Funded by ACC10 with FEDER funds.
New intelligent system for the processing of microbiological farming methods. Funded by ACC10 CIDEM with FEDER funds
Technological Platform for future subsea observation and intervention. Funded by ACC10 with FEDER funds
Qualification of insulation materials to engine oil (Aeronautics)
Development for the approval of the rolltrusion process applied to the manufacture of CFRP aeronautical structural reinforcements. Funded by: CDTI-FEDER.
Development of a safe, contact-free, high resolution, and potentially on-site NDT tool, based on terahertz (THz) waves, which will be easy to integrate into industrial facilities. Funded by the European Commission.
Development, categorisation and certification of a wireless communications systems based on Near Field Communications technologies (NFC). Funded by MINECO-INNPACTO.
Development of new technologies for the automation of aeronautical assembly processes. Funded by the FEDER-Innterconecta-Andalucía programme.
Research and development of the rolltrusion process for the manufacturing of CFRP aeronautical structural parts. Funded by CDTI-FEDER.
Development of advanced composite components using 3D woven preforms for aircraft structures.
Research on compound hybrid materials with adaptative features for application inside different forms of transport. Funded by MICINN (Ministerio de Ciencia e Innovación) with FEDER funds.
Processing conditions for composite materials used in the repair of aircraft structures in service. Funded by MINECO (Ministerio de Economía y Competividad) as part of the INNCORPORA-TU programme, co-funded with FSE funds.
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