The influence of internally architected voids in the creation of high ‑strength, low‑weight 3D‑printed cobalt–chromium prototypes

Conclusion: The weight was reduced according to the reduction percentage. The flexural strengthof Group 2 at a 10% reduction showed the highest degree of toughness among all groups. The voidshape and density influenced the mechanical properties tested.Key Words: 3D printing, computer ‑aided design, dental prosthesis design, manufactured materials, porous coordination  Highlight Abdullah Jasim Mohammed:  Pubmed,Google Scholar
Source: Dental Research Journal - Category: Dentistry Source Type: research