GEMA Projects

Additive manufacturing of ceramic/polymer composites with bioinspired microestructures for dental applications 

Development of 3D printing techniques capable of 3D printing gels with applications in anatomical simulators for medical training

Additive Manufacturing of Actively Cooled Thermal Shields

Fabrication and characterization of patient-specific scaffolds for animal implantation

Additive Manufacturing of Ceramic Parts Reinforced with a Ductile Core

Characterization of  graphene oxide and reduced graphene oxide

Development of hybrid materials based on multi-segmented ceramic plates manufactured by robocasting for personal protection and injury prevention

Consultancy for Guangzhou Medical University (GMU) on the fabrication of scaffolds for bone regeneration 

Development by robocasting and mechanical optimization of hybrid ceramic/polymer coaxial scaffolds for biomedical applications

Development of recycled and eco-friendly filaments and ceramic-loaded thermoplastics as consumables for low-cost 3D printers

Mechanical optimization and in vitro characterization of bioactive glass-ceramic scaffolds manufactured by robocasting for bone regeneration

Natural inorganic polymers and smart functionalized micro-units applied in customized rapid prototyping of bioactive scaffolds

Development and structural and mechanical optimization of robocast bioactive hybrid materials for bone regeneration applications

Fabrication of green slate from waste sintering

Development of beta-TCP bioceramic scaffolds with porosity gradients by robocasting

Obtaining Ceramic Construction Materials from Slate Waste

Optimization of the mechanical performance of ceramic/polymer scaffolds fabricated by robocasting for bone tissue engineering applications

Development of Extended-Lifetime Organic-Inorganic Scaffolds for Orthopaedical Applications

Mechanical properties of ceramic layers under contact stresses at Ta <T<1500ºC

Mechanical response of prototype multilayer materials under contact stresses