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219(3): 195–202īibb R, Eggbeer D and Williams R 2006 Rapid manufacture of removable partial denture frameworks. The results are also supported by photo-micrographic analysis.Įggbeer D, Bibb R and Williams R 2005 The computer-aided design and rapid prototyping fabrication of removable partial denture frameworks. This study highlights that partial denture prepared with W-100/15, H-7 and N-61% gives overall better results from mechanical properties and dimensional accuracy viewpoint. Finally, multifactor optimization has been applied on output parameters of functional prototypes prepared. The samples prepared were ascertained for dimensional deviation (Δ d), surface finish ( R a) and micro-hardness (HV) as output parameters. The other input parameters were powder to water P/ W ratio ( W) and pH value ( H) of water used for mixing the investment. The final dentures as functional prototypes were prepared with a nickel–chromium (Ni–Cr)-based alloy by varying different proportions of Ni% ( N) by weight %. The master pattern for partial dentures was prepared on fused deposition modelling (FDM) set-up (established by AM technique at low cost). This research work focuses on preparation of partial dentures (as functional prototypes) by additive manufacturing (AM)-assisted centrifugal casting (CC).