Digital workflows for removable partial dentures have enabled new machinable framework materials, including polyetheretherketone (PEEK). In addition, all denture components can be designed and manufactured digitally. Nonetheless, physical casts are still required for assembly of the components. The adoption of a cast-free fabrication procedure may enhance benefits, including a reduced number of procedures, faster processing, and reduced material waste. The purpose of this technical report was to demonstrate a workflow for the fabrication of a removable partial denture with a PEEK framework, milled teeth, and milled flanges, which uses intraoral scanning and no physical casts
ObjectiveDigitally-designed removable complete dentures are typically composed of a resin denture ba...
The present report describes a technique for a digital cast-free clinical workflow for the fabricati...
This study analyzed the fit accuracy of the removable partial denture (RPD) metal frameworks produce...
Digital workflows for removable partial dentures have enabled new machinable framework materials, in...
This article describes a combined conventional and digital workflow for fabricating removable partia...
Polyetheretherket (PEEK) is a synthetic, tooth-colored polymeric material that has been used as a bi...
Although computer-aided design and manufacture techniques have shown some promising applications in ...
Alloys of cobalt chromium have been used for decades to create frameworks for removable partial dent...
Casting removable partial dentures (RPDs) without completely filling the sprue channels and generati...
The present report describes a technique for a digital cast-free clinical workflow for the fabricati...
Objectives: To review the fit accuracy results of removable partial dentures (RPDs) metal frameworks...
Recently, digital techniques have revolutionized the production of partial removable dental prosthes...
Materials used for fixed partial denture (FPD) frameworks have had properties of excellent strength,...
Digitalization of the design and manufacture of removable complete dentures has numerous advantages....
The fabrication of a non-metal clasp removable partial denture (RPD) using polymethylmethacrylate in...
ObjectiveDigitally-designed removable complete dentures are typically composed of a resin denture ba...
The present report describes a technique for a digital cast-free clinical workflow for the fabricati...
This study analyzed the fit accuracy of the removable partial denture (RPD) metal frameworks produce...
Digital workflows for removable partial dentures have enabled new machinable framework materials, in...
This article describes a combined conventional and digital workflow for fabricating removable partia...
Polyetheretherket (PEEK) is a synthetic, tooth-colored polymeric material that has been used as a bi...
Although computer-aided design and manufacture techniques have shown some promising applications in ...
Alloys of cobalt chromium have been used for decades to create frameworks for removable partial dent...
Casting removable partial dentures (RPDs) without completely filling the sprue channels and generati...
The present report describes a technique for a digital cast-free clinical workflow for the fabricati...
Objectives: To review the fit accuracy results of removable partial dentures (RPDs) metal frameworks...
Recently, digital techniques have revolutionized the production of partial removable dental prosthes...
Materials used for fixed partial denture (FPD) frameworks have had properties of excellent strength,...
Digitalization of the design and manufacture of removable complete dentures has numerous advantages....
The fabrication of a non-metal clasp removable partial denture (RPD) using polymethylmethacrylate in...
ObjectiveDigitally-designed removable complete dentures are typically composed of a resin denture ba...
The present report describes a technique for a digital cast-free clinical workflow for the fabricati...
This study analyzed the fit accuracy of the removable partial denture (RPD) metal frameworks produce...