Pioneering research validates new dental 3D-printing materials

Many dental professionals are already familiar with 3D printing. The technology continues to find application in the creation of custom surgical guides, ...

Ultra-fast 3D-printing process could transform production of zirconia restorations

DALLAS, US: Researchers at The University of Texas at Dallas have introduced a novel approach to ceramic 3D printing that could streamline the production of...

Midas: The 3D printer that transforms the analogue dentist into a digital workflow protagonist

This is not just another article about 3D printing. It is a practical, clinically grounded reflection on how the Midas 3D printer (SprintRay) has overcome ...

SprintRay acquires EnvisionTEC dental product portfolio

LOS ANGELES, US: SprintRay, the global leader in dental 3D printing, has announced the acquisition of the EnvisionTEC/ETEC (formerly part of Desktop Health)...

New 3D-printed denture solution available in the US

3D-printed teeth improve endodontic training in dental education, study finds

Clinical digital workflows for implant crowns

Single-appointment 3D printing of inlays and onlays with Midas

Screw-retained implant bridge with multi-unit abutment connection

3D-printed aligners: Study finds need for material-specific cleaning protocols

Current status of and future trends in dental 3D-printing workflows: New solutions to digital challenges

3D printing’s place in today’s dental practice

How Carbon is advancing digital workflows in dentistry

AI-enhanced 3D bioprinting enables custom oral soft-tissue grafts

SINGAPORE: Gingival tissue grafting is a well-established procedure in periodontal therapy; however, conventional techniques are often associated with ...

A new era of chairside restorations: “Midas is the first of its kind”

3D-printed provisional restorations for complex prosthetic rehabilitation: Full-mouth restoration of a severe case of erosion

Asiga’s open operating environment is advancing additive manufacturing

Systematic review compares flexural strength of 3D-printed prostheses