• ALEXANDRU TOPOR UPB, Faculty of Electronics Telecommunications & Information Technology, Bd. Iuliu Maniu 1-3, Bucharest
  • DUMITRU ULIERU SC Sitex 45 SRL, Bulevardul Ghica Tei 114, București
  • CRISTIAN RAVARIU UPB, Faculty of Electronics Telecommunications & Information Technology, Bd. Iuliu Maniu 1-3, Bucharest
  • FLORIN BABARADA UPB, Faculty of Electronics Telecommunications & Information Technology, Bd. Iuliu Maniu 1-3, Bucharest



Eye implant, Digital imaging and communications in medicine (DICOM), Implant mounting


The paper analyzes the possibility of implementing a new eye implant using the 3D bioprinting technique and the experimental model underlying it. The paper includes the stages of image processing using Digital Imaging and Communications in Medicine (DICOM) and the processing of the eye implant, results, and exploitation. In the exploitation part of the eye implant, the aims are optimizing the image processing stages and refining the precision of the calibration model. In the manufacturing part, the new eye implant is fabricated with the help of machines. These machines are suitable for manufacturing structures with their porosity controlled by additive manufacturing techniques. The feasibility of using 3D printing techniques using biocompatible materials in structures with predetermined porosity was demonstrated to manufacture a customized eye implant using medical imaging Computed Tomography (CT) results. The work was performed within the OrbImplant Project.


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Génie biomédical | Biomedical Engineering

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