3D Technologies applied to cultural heritage conservation (3D-inHerit)

PID2023-147803OB-I00 financed by MICIU/AEI/10.13039/501100011033 and by FEDER, EU

3D-inHerit PROJECT

3D Technologies applied to cultural heritage conservation

The MAIN OBJECTIVE of the project is the optimization of the strategies employed for the realization of reproductions with heritage value by the use of digitization technologies and 3D techniques more economical.

The SPECIFIC OBJECTIVES of the project are the following:

  • Resolution of problems associated to the digital register of works with heritage/cultural value.
  • Development of reproduction techniques of mortars works starting from the use of polymer molds printed in 3D.
  • Development of low density mortars for the realization of reproductions of cultural goods.
  • Development of reproduction techniques of metal pieces with heritage value with 3D printing technology of low cost.
  • Application of the 3D printing technologies to real reproduction needs.
  • Reduction of costs and/or execution costs in contrast to traditional techniques.
  • Determination of the 3D printing technique most suitable to each case and decision-taking in the development of this technique.
  • Results dissemination and knowledge transfer.

BUDGET

156.375,00€

WORKDAYS

RESEARCH TEAM

Multidisciplinary

IP1: Laura Castañón

PhD. Industrial Engineering.

Assistant Professor at University of Cantabria.

Responsible of the Area of Manufacturing Processes and researcher at GITECO.


IP2: Elena Blanco

PhD. Civil Engineering.

Associate Professor at University of Cantabria.

Responsible of the 3D printing research line in GITECO research group.

Miguel Ángel Aramburu-Zabala

PhD. Degree in Geography and History (specialized in Art History).

Full Professor at University of Cantabria.

Head of the Art and Heritage Research Group at UC.


Celestina Losada

PhD. Degree in Geography and History (specialized in Art History).

Academic manager of CIESE-Fundación Comillas.

Researcher of the Art and Heritage Research Group at UC.


Ignacio Lombillo

PhD. Civil Engineering.

Associate Professor at University of Cantabria.

Director of the Building Technology Research Group (GTED-UC).

Expert on building pathology, diagnosis and rehabilitation.

Mariella de Fino

PhD. Degree in Civil Engineering.

Professor at Politecnico di Bari (Italy).

Expert on historical building pathology diagnosis and 3D scanning.


Bárbara Rangel

PhD. Degree in Architecture.

Professor at Universidade do Porto (Portugal).

Expert on 3D printing and sustainable materials applied to the built environment.


Juan Antonio García-Esparza

PhD. Degree in Architecture.

Full Professor at Universitat Jaume I.

Expert on historical centers and vernacular architecture.


Roberto Ontañón

PhD. Degree in Geography and History.

Director of MUPAC (Prehistory and Arqueology Museum in Cantabria).

Director of Cantabria Prehistorical Caves (UNESCO World Heritage).


Lydia Quevedo

PhD. Degree in Fine Arts.

Director of Santa María de Toraya Fundation.

CEO of GRAP, S.L.

Conservator-restorer with more than 20 years of experience.


Ana Cagigas

PhD. Degree in Art History.

Technician of CH in Medio Cudeyo Municipality.

Expert on ‘Indianos’ and ‘Cantabrian stonemasons’.

PARTNERS

02/04/2025

DIGITALIZATION OF THE FIRST WORKS BY MEANS OF 3D

3D scanning tasks have been performed on the piece Cantabrian Neptune, which is exhibited in the Prehistory and Archaeology Museum of Cantabria. This is a pre-Roman bronze statue, found in Castro Urdiales (Cantabria) in the mid Twentieth Century, with a height of 12.6cms and which is dated between the I and III Centuries.

The scanning was performed with a scanner E 3D Shining EinScan Pro HD, achieving a tridimensional digital representation of the Cantabrian Neptune.

02/04/2025

PRINTING OF METAL PIECES

The first pieces printed in metal have been fabricated, actually in bronze, by means of the process MEAM HP (Material Extrusion Additive Manufacturing High-Filled Polymer).

This method uses a filament composed by a polymeric matrix and a high load of metal particles. The material is extruded in a 3D printer and deposited layer by layer to form the piece, which afterwards goes to the stages of deagglomerating and sintering, where the polymer is removed and the metal particles are merged, obtaining a dense and 100% metal component. This technology helps to fabricate complex metal pieces with higher efficiency.

The first model fabricated is a bronze chess bishop of height 30mm.

CONTACT

For any questions or comments please feel free to contact us.

Name

Dra. Laura Castañón Jano (UC)

Direction

E.T.S. Ingenieros Industriales y de Telecomunicación

Email

laura.castanon@unican.es

Name

Dra. Elena Blanco Fernández (UC)

Direction

E.T.S. Ingenieros de Caminos, Canales y Puertos

Email

elena.blanco@unican.es

In accordance with the Regulation (EC) 2016/679, General Data Protection Regulation, the Fundamental Law 3/2018, of 5 December, of Personal Data Protection and warranty of digital rights and other normative in force regarding protection of data of personal character, please be aware your data will be added to a computerised database whose responsible is the Group GITECO, with the aim to manage your inquiry. By completing the questionnaire you consent the use and treatment of your data for the purpose expressed, being the user able to exercise the rights of access, rectification, cancellation , opposition, limitation and portability of their data expressing it with written statement addressed to the following email account: giteco@unican.es. Likewise, we inform you that the University of Cantabria counts on a DPO (Data Protection Officer), attainable in dpd@unican.es. In case you consider the treatment of your data does not stick to the law in force, you may interpose a complaint before the control authority in www.aepd.es. For further information, please consult our Data Protection Policy.