COLFEED4PRINT

LOGO COLFEED4PRINT

Contact information

COLFEED4Print
Lucía Gallego - Responsable de I+D en biomateriales
Av. de los Encuartes, 19
Tres Cantos - 28760
Madrid
+34 604 23 00 54
Areas of activities
  • Medical devices
  • Odontology
  • Oncology

COLFEED4Print is a technology company spun off from the Spanish National Research Council (CSIC), specializing in the development and manufacture of functional materials for 3D printing. Its activity focuses on meeting the demand for advanced materials for new processing challenges in strategic sectors such as healthcare, aerospace, automotive, and renewable energy, while promoting a circular, waste-free, and environmentally neutral economy. It is particularly prominent in the biomedical field, where it promotes personalized implantology for each patient through tailored solutions. It is also a leader in the integration of sustainable technologies linked to the hydrogen economy, developing efficient components for fuel cells, electrolyzers, and energy storage.

Products and services

At COLFEED4Print, we develop raw materials (both filaments and granules) functionalized with inorganic particles for improved performance. We also offer a material development service with customized compositions tailored to customer needs, along with a printing service aimed at transforming customer ideas into high-quality 3D parts.

Areas of interest for future collaborations

Our company is dedicated to developing customized solutions in sectors such as regenerative implantology. The demand for customized, efficient, and sustainable healthcare solutions in this field is growing rapidly, and our 3D printing technologies have the potential to transform this sector. Therefore, we seek to establish key connections to continue developing cutting-edge medical products. We also seek to explore new applications for our materials in the biomedical sector.


Additionally, we are a leading company in the integration of sustainable technologies linked to the hydrogen economy, developing efficient components for fuel cells, electrolyzers, and energy storage. We would therefore like