Ballard et al. [22] |
cost and time savings |
Orthopedic and maxillofacial surgery |
Choonora et al. [23] |
personalization |
Transplants |
Mahmoud et al. [24] |
cost savings |
Pathology specimens for students |
Tack et al. [25] |
time savings, improved medical outcome, decreased radiation exposure |
Surgery |
Ballard et al. [26] |
incorporation of antibiotics |
Implants |
Lin et al. [27] |
personalization, cost savings |
Dental |
Javaid et al. [28] |
cost and time savings, personalization, digital storage |
Dental |
Aho et al. [29] |
personalization |
Pharmacy |
Salmi et al. [30] |
reduction of manual work |
Dental appliances |
Aquino et al. [31] |
personalization, on-demand manufacturing |
Pharmacy |
Javaid et al. [32] |
accuracy, cost and time savings, personalization, fully automated and digitized manufacturing |
Orthopedics |
Emelogu et al. [33] |
supply chain possibilities |
Implants |
Gibson et al. [10] |
surgeon as designer, innovation potential |
Surgery |
Haleem et al. [34] |
ability to use different materials |
Medical |
Murr et al. [35] |
ability to make complex geometries |
Implants |
Peltola et al. [36] |
template for forming implants |
Implants |
Ramakrishnaiah et al. [37] |
rough and porous surface texture, better stabilization and osseointegration |
Dental implants |
Nazir et al. [38] |
design iterations, supply chain possibilities, complex geometries |
Medical devices |
Yang et al. [39] |
improved understanding of anatomy and accuracy of surgery |
Surgery |