… It is also notable, as emphasized in this overview, that within the past decade, 3D printing
of metal and alloy implants using powder bed fusion technologies, especially with commercial …

… 4 3D-printing machines for bio-medical application Nowadays, there are already multiple
manufactures of 3D-printers [2], that can be used for biomedical implant manufacturing. …

… of the printer. We hypothesize that the amount of titanium released in printed titanium
implants may be potentially more or equal compared to the gold standard, which is the implant …

… Materials used in permanent biomedical implants reported in this section include titanium
alloys, Co-Cr alloys, tantalum, and gold—the latter is used as a nanocomposite to regenerate …

… produce scaffolds and implants 3D printing technologies are gradually affecting the production
dynamics of customised implants and scaffolds. 3D printing enables the manufacture of …

… Even before the advent of metal and alloy 3D printing of biomedical implant devices,
rapid prototyping systems using laser scanning were utilized in the fabrication of patient-specific, …

… In this paper, the 3D inkjet printing technique was successfully employed to fabricate polymeric
… developed for biomedical implants by manipulating the material and process parameters. …

… The main objective is to review the above-stated properties for 3D printed biomedical
implants manufactured through laser additive manufacturing (LAM), friction stir additive …

… porous Ti6Al4V implant, which is one of the most promising and attractive biomedical applications
… We describe the mechanical properties of this implant, which we suggest is capable of …

… new biomedical implant material which has shown exceptional biocompatibility [4], [5], [6],
[7], but it comes with several processing difficulties in the domain of implant fabrication. …