The Technical Innovation Awards at SMOPYC 2026 have recognised the robotic 3D printer developed within the INPERSO project in the category of “Research and Technological Development”, consolidating its position as one of the most notable innovations in the construction sector. This distinction highlights solutions capable of transforming scientific knowledge into real applications with industrial and social impact, at a key moment of the modernisation of the industry.
The INPERSO project has developed a robotic 3D printing system aimed at the renovation and customisation of façades, representing a significant advance in construction processes. The technology, promoted by CARTIF together with the Instituto Tecnológico de Aragón (ITA), the Universitat Politècnica de València and Vías y Construcción, makes it possible to intervene directrly on existing buildings through automated techniques. This robotic system operates vertically on building envelopes, applying new materials to improve insulation, while reducing execution times and costs. At the same time, it opens the door to more sustainable solutions that can be adapted to the specific characteristics of each environment.
Beyond the specific solution for which it has been awarded, INPERSO forms part of an ambitious European project focused on deep building renovation across its entire lifecycle. Its approach combines industrialisation and customisation, integrating technologies such as additive manufacturing, artificial intelligence, augmented reality and BIM systems in order to optimise refurbishment processes. The objective is to bring these solutions closer to the market, achieving significant reductions in construction times (over 50%), costs (over 25%) and waste (over 40%), while improving energy efficiency and the quality of interventions.
SMOPYC continues to consolidate its position as one of the main showcases for innovation in construction machinery and technology, recognising developments that are driving the transformation of the sector towards more automated, efficient and sustainable models.
In addition to the “Research and Technological Development” category, the competition also includes other areas focused on new equipment, construction processes and digital solutions. This diversity provides a comprehensive view of the trends that will shape the future of construction, where industrialisation, digitalisation and sustainability stand out as key pillars.