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Industrial Plants

Safety, reliability and efficiency: comprehensive indus...

SABIC is one of the world’s largest chemical producers, in particular in its Cartagena plant, where it produces high-performance plastics for its customers worldwide. For several years, CT has been working with SABIC to ensure the proper maintenance of its Cartagena...

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Safety, reliability and efficiency: comprehensive industrial maintenance of the SABIC plant in Cartagena

Space

Designing of passive antennas for Airbus’ EUTELSA...

Eutelsat 36D. Source: Airbus Media Center We have been selected by Airbus to work on its next program, requested by Eutelsat, one of the world’s leading satellites operators. EUTELSAT 36D is a key multi-mission geostationary telecommunications satellite for TV...

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Designing of passive antennas for Airbus’ EUTELSAT 36D communication satellite program

Naval

Detailed engineering, production engineering and Risk A...

The Royal Australian Navy’s new logistic supply vessels are among the largest naval projects ever to be undertaken by CT. We have been involved in the project from the outset, not only working from Narón’s offices (A Coruña), but also transferring personnel to the...

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Detailed engineering, production engineering and Risk Assessment Method Statements (RAMS) for the new Australian Auxiliary Oiler Replenishment (AAOR) vessels of the Royal Australian Navy (RAN)

Additive manufacturing

CT successfully advances the Andromeda project for LMD ...

Two years later since the launch of the Andromeda R&D project, the consortium made up of CT, Delaser (project leader) and AIMEN (collaborating entity) has taken large steps toward completing the project’s mission: to develop a flexible and holistic solution for...

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CT successfully advances the Andromeda project for LMD additive manufacturing of larger-sized parts

On-demand manufacturing

The ADDSET R&D Project led by CT opens new doors to...

ADDSET, an R&D project led by CT, in collaboration with the EURECAT Center and financed by ACCIÓ through its NUCLIS program, has completed its first trials successfully.After more than a year of development, ADDSET has moved closer to its objective of improving...

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The ADDSET R&D Project led by CT opens new doors to on-demand manufacturing

IoT

CT launches the SMART predict project with the goal of ...

CT will carry out research and development on a predictive algorithm capable of optimizing the various factors that affect the wellbeing and productivity of employees using data provided by an IoT system.This comprehensive proposal includes various objectives such as...

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CT launches the SMART predict project with the goal of developing a smart workspace platform

Software development

CT launches the KIRIBATI project, a smart platform to e...

CT lance KIRIBATI, un projet de R et D dont l’objectif final est de développer une plateforme logicielle intelligente pour concevoir des moteurs à flux axial et des systèmes de traction électrique.Le développement de la plateforme intelligente KIRIBATI représentera...

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CT launches the KIRIBATI project, a smart platform to evaluate and monitor electric traction systems

Composite materials

CT collaborated in the R+D Keelbeman project to design ...

The KEELBEMAN project successfully concluded at the end of February 2020. Funded by the European Commission through the Clean Sky 2 Joint Undertaking under the EU Horizon2020 program, the goal of this project was the complete design and manufacture of a thermoplastic...

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CT collaborated in the R+D Keelbeman project to design and manufacture a keel beam section for the Airbus A320

Smart farming

CT successfully concludes the development of a smart ag...

After three years of research and development, CT has successfully concluded the DITIPO project, an R&D initiative whose objective is to monitor the condition of orange groves by applying multispectral technology installed in drones.During the last phase of the...

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CT successfully concludes the development of a smart agriculture web application focused on citrus cultivation

Automotive

CT will develop a universal automated ventilation and r...

Over the next two years, CT will be involved in the ESCAPE R&D project, whose goal is to design and develop an innovative system for lightweight, automated roof windows for ventilation and rescue.This is a universal solution, since it can be used in any model of...

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CT will develop a universal automated ventilation and rescue system for the automotive sector

Automated guided vehicle

CT develops FlightSafe, an automated UV-C light disinfe...

The system developed by a team of CT engineers consists of an automated guided vehicle (AGV) capable of moving through the aircraft cabin to disinfect all its elements, using short distance UV light type C radiation. The main advantages of FlightSafe include its...

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CT develops FlightSafe, an automated UV-C light disinfection system for the interior of commercial aircraft

Aeronautics

RETPAIR project drives the research of a brand new ther...

CT joins the RETPAIR project starting January this year with the aim of developing new high-performance, flexible and cost-effective, automated and robotized net-shape technologies to rework and repair TPC parts to be integrated in the manufacturing line. RETPAIR is...

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RETPAIR project drives the research of a brand new thermoplastic repair process solution, integrated directly on the manufacturing line