Patient specific implants simplify the reconstruction of orbital floor and wall fractures, and should be considered a more accurate alternative to manually bent titanium mesh implants. 3d printed implants allow for the application of safe, time-effective, daily procedures; accordingly, its use should be encouraged.
As stated by the World Health Organization, custom made implants should play a key role in daily routines, and furthermore should replace conventional implants by 2020. Additively manufactured implants for the reconstruction of orbital floor and wall fractures is now readily available.
Patient specific implants simplify the reconstruction of orbital floor and wall fractures, and should be considered a more accurate alternative to manually bent titanium mesh implants. 3d printed implants allow for the application of safe, time-effective, daily procedures; accordingly, its use should be encouraged.
As stated by the World Health Organization, custom made implants should play a key role in daily routines, and furthermore should replace conventional implants by 2020. Additively manufactured implants for the reconstruction of orbital floor and wall fractures is now readily available.
Patient specific implants simplify the reconstruction of orbital floor and wall fractures, and should be considered a more accurate alternative to manually bent titanium mesh implants. 3d printed implants allow for the application of safe, time-effective, daily procedures; accordingly, its use should be encouraged.
As stated by the World Health Organization, custom made implants should play a key role in daily routines, and furthermore should replace conventional implants by 2020. Additively manufactured implants for the reconstruction of orbital floor and wall fractures is now readily available.
