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- W3025728961 abstract "Aim: To relate the efficiency of different surface modification such as: sand blasting, acid etching, acid etching with sand blasting and laser ablation on the bond strength of ceramic veneered to Direct Metal Laser Sintered coping. Materials and Methods: Fifty samples of Direct Metal Laser Sintered cylinders were made from Cobalt chromium super alloy using powder bed method. They were divided into five groups and were scrutinized via SEM after surface treatment. Shear bond strength test was accomplished using universal testing machine, where the samples were subjected to shear force at the alloy-ceramic interface at a crosshead speed of 0.5 mm/min. The outcomes were statistically evaluated by means of ANOVA Post hoc test followed by Duncan’s t test and the mode of failure was studied via Scanning Electron Microscopy. Results: The mean bond strength of sand blasted specimens (36.74±1.67MPa) was higher when matched to other groups trailed by laser ablation (33.09±1.37MPa). With the exception of the control and acid etch group, a mixed mode of failure was disclosed on exploration with SEM. Conclusion: The bond strength of Direct Metal Laser Sintered Cobalt Chromium to ceramic pend on the surface roughness of the metal. The shear bond strength of sand blasted and laser ablated models were found to be uppermost and hence can be used as an approach in case of an efficacious digitized metal ceramic restoration." @default.
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- W3025728961 date "2018-01-01" @default.
- W3025728961 modified "2023-09-26" @default.
- W3025728961 title "OSC42: Influence of various surface treatments on the bond strength of ceramic veneered to digitized metal coping" @default.
- W3025728961 doi "https://doi.org/10.4103/0972-4052.244634" @default.
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