What question did this study set out to answer?

This research aims to analyze how crown design, cement type, and margin depth influence the removal of cement remnants around single implant restorations.

April 15, 2026Open Access

Effect of Crown Design, Cement Type and Margin Depth on the Removal of Cement Remnants Around Single Implant‐Supported Restorations. An In‐Vitro Study

Key Points

This research aims to analyze how crown design, cement type, and margin depth influence the removal of cement remnants around single implant restorations.
Conducted an in-vitro study to assess effects of different crown designs and cement types on residual cement.
Evaluated the influence of crown margin depth on cement removal.
Measured cement remnants after applying various crown designs and cement types.
Crown margin depth significantly affected the amount of residual cement.
Glass ionomer cement resulted in lower cement remnants compared to other types.
Crown design did not consistently improve cement removal.

Abstract

Crown margin depth emerged as the dominant factor influencing cement removal. Although cement type also affected residual cement, with glass ionomer showing lower values overall, crown design did not provide a consistent advantage.

Effect of Crown Design, Cement Type and Margin Depth on the Removal of Cement Remnants Around Single Implant‐Supported Restorations. An In‐Vitro Study

Key Points

Abstract

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