Development of a series of advanced polymers with shape memory properties for biomedical applications using 3D printing technology. These polymers have significant potential for use in muscle tissue regeneration. Andaltec has developed and characterised new polymeric materials that are easily processed by FDM printing technology and have properties suitable for use in the manufacture of implants, prostheses and surgical tools adapted to each patient.
The new polymers have been developed based on polymers with shape properties, which are capable of integrating into the organism with a defined geometry and adapting to the environment when thermally activated. Furthermore, in partnership with Dr. Manuel Melguizo’s research team at the University of Jaén, the new materials have been functionalised with chemically modified graphene derivatives. This is with the objective of enhancing the properties of the plastic matrix, as well as cell adhesion and growth.
The new polymers have been developed based on polymers with shape properties, which are capable of integrating into the organism with a defined geometry and adapting to the environment when thermally activated. Furthermore, in partnership with Dr. Manuel Melguizo’s research team at the University of Jaén, the new materials have been functionalised with chemically modified graphene derivatives. This is with the objective of enhancing the properties of the plastic matrix, as well as cell adhesion and growth.
The project is financed through a line of aid for the implementation of R&D&I projects for private agents of the Andalusian Knowledge System, which is managed by the Andalusian Regional Ministry of Economy, Knowledge, Business and University of the Andalusian Regional Government.
