Recently, at the Faculty of Materials Science and Ceramics at the AGH University of Krakow, an engineering thesis was successfully defended using the BioCloner Desktop Pro.
TThe topic focused on the selection and optimization of a bioink based on natural polymers, which could serve as a carrier for peptides supporting the regeneration of corneal damage or—ultimately—act as a component of a corneal implant produced via 3D bioprinting.
As part of the study, bioinks based on different polymer systems were developed and characterized, with analysis of their printability, rheological properties, and behavior during the 3D bioprinting process.
The work included comprehensive testing, providing a solid foundation for further research on corneal implants. All prints were produced using the BioCloner Desktop Pro 3D bioprinter.
The opportunity to support such an ambitious thesis project is a great source of satisfaction for us. Once again, BioCloner technology contributed to research and became part of a project that demonstrates the potential of young scientists and modern bioprinting.