Manufacturing replicas for replacing missing or defective body parts also incorporates 3D technology, including scanning, image processing and printing. In the case of the ears, both aesthetics and functionality play a significant role. Based on these techniques, outer ear replicas were produced using 3D scans of human skulls in a rapid prototyping procedure for actual patients. Hand-held scanners delivered accurate images for post-processing of the mesh and for printing in a cost- and time efficient way. Use cases of patients demonstrate applicability, allowing the technology to be available also for the general population in the future
External ear defects can be corrected by surgery, but this may not be feasible for personal or medic...
Three-dimensional (3D) scanning, 3D modelling and 3D printing are disrupting healthcare with the pot...
New 3D digital technologies can be applied to implant-supported ear prostheses to restore anatomical...
Ear reconstruction using three-dimensional (3D) printing technique has been considered as a good sub...
Microtia is a congenital malformation affecting one in 5000 individuals and is characterized by phys...
Three-dimensional (3D) printing is a leading manufacturing technique in the medical field. The const...
Abstract Background Conductive hearing loss due to ossicular abnormalities occurs from many causes, ...
Surgeons constantly need to customize or personalize solutions to suit the unique 3D (3 Dimensional)...
The fabrication of auricular prostheses is traditionally time consuming, and the definitive esthetic...
The aim of the present study was to assess the feasibility and utility of 3D printing technology in ...
A multi-material ear canal model was designed and created from CT scans of an actual patient. This ...
Introduction Ear reconstruction is a tedious and demanding surgical procedure and the implant framew...
Craniofacial prostheses are commonly used to restore aesthetics for those suffering from malformed, ...
The aim of this research study centers around the design and development, using a three-dimensional ...
Application of three-dimensional printing (3D) technology is relatively new in healthcare, but signi...
External ear defects can be corrected by surgery, but this may not be feasible for personal or medic...
Three-dimensional (3D) scanning, 3D modelling and 3D printing are disrupting healthcare with the pot...
New 3D digital technologies can be applied to implant-supported ear prostheses to restore anatomical...
Ear reconstruction using three-dimensional (3D) printing technique has been considered as a good sub...
Microtia is a congenital malformation affecting one in 5000 individuals and is characterized by phys...
Three-dimensional (3D) printing is a leading manufacturing technique in the medical field. The const...
Abstract Background Conductive hearing loss due to ossicular abnormalities occurs from many causes, ...
Surgeons constantly need to customize or personalize solutions to suit the unique 3D (3 Dimensional)...
The fabrication of auricular prostheses is traditionally time consuming, and the definitive esthetic...
The aim of the present study was to assess the feasibility and utility of 3D printing technology in ...
A multi-material ear canal model was designed and created from CT scans of an actual patient. This ...
Introduction Ear reconstruction is a tedious and demanding surgical procedure and the implant framew...
Craniofacial prostheses are commonly used to restore aesthetics for those suffering from malformed, ...
The aim of this research study centers around the design and development, using a three-dimensional ...
Application of three-dimensional printing (3D) technology is relatively new in healthcare, but signi...
External ear defects can be corrected by surgery, but this may not be feasible for personal or medic...
Three-dimensional (3D) scanning, 3D modelling and 3D printing are disrupting healthcare with the pot...
New 3D digital technologies can be applied to implant-supported ear prostheses to restore anatomical...