Matrix transfer techniques for direct paste composite resins

Computer‐aided design and computer‐aided manufacturing systems enable digital designing and 3‐dimensional (3D) printing of definitive casts with removable dies. However, the fit of the removable dies should be without interferences for their accurate positioning in the cast. Given that the accuracy of additive manufacturing depends on design‐ and manufacturing‐related factors, verifying the accuracy of the position of 3D‐printed removable dies in their cast is essential to fabricate positionally accurate definitive prostheses, which would enable minimal or no laboratory and clinical adjustments. This dental technique article presents a straightforward approach to verify the seating of a 3D‐printed removable die by using verification matrices made of a polyvinylsiloxane interocclusal registration material.

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Techniques for the restorative management of localized and generalized tooth wear

Milosevic

2023

Dent Update

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This narrative review describes techniques and materials available to restore the worn dentition. Emphasis is given to application of composite resin as this material can be bonded to worn surfaces and is easily adjusted either within an existing or at an increased vertical dimension. The relevance of the differences in the composition of glass ceramics and polycrystalline ceramics for restoration in various wear scenarios are discussed. Removable dentures are still appropriate in certain circumstances, but require an understanding of their limitations. CPD/Clinical Relevance: Young and old patients with a range of aetiologies and presentations expect dentists to know how best to restore their disordered, worn dentition.

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Matrix transfer techniques for direct paste composite resins

Cited by 3 publications

References 16 publications

Clinical considerations in the application of direct composite for tooth wear

Clinical considerations in the application of direct composite for tooth wear

Verifying the seating of a 3D‐printed removable die using elastomeric matrices: A dental technique

Techniques for the restorative management of localized and generalized tooth wear

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