Clinical and Scientific Studies
2023 - September | AVADENT DENTURE BASE ADAPTION
AvaDent milled denture bases demonstrated better retention and adaptation than the conventional heat-polymerized and printed denture bases.
2023 - JANUARY | AVADENT TEETH BONDING STRENGTH SURPASSES 3D-PRINTED AND CONVENTIONAL
After thermocycling, AvaDent monolithic denture technology exhibited significantly higher tooth to base bond strength as compared to 3D printed and conventional dentures.
2022 - MAY | AVADENT ACRYLIC STRENGTH
AvaDent milled denture base resin had the highest flexural strength, modulus, and hardness among the groups testing, including convention heat-cured and 3D printed resins.
2022 - MAY | AVADENT ACRYLIC STRENGTH
AvaDent had greater flexural properties and hardness compared to heat-polymerized acrylic resin and 3D-printed resins.
2022 - april | AVADENT DENTURE BASE – HIGHER FLEXURAL STRENGTH VS. 3D PRINTED AND CONVENTIONAL PROCESSES
Milled AvaDent base demonstrated higher flexural strength vs. 3D printed denture bases and conventionally fabricated denture bases, allowing thinner design and reducing effect on speech. PMMA resins remain the materials of choice to fabricate denture bases with high flexural strength.
2022 - MARCH | AVADENT ACRYLIC STRENGTH
CAD-CAM milled DBRs showed the highest flexural strength when compared with conventional compression-molded or 3D-printed DBRs
2022 - FEBRUARY | THICKNESS OF AVADENT DENTURES VS. 3D PRINTED DENTURES
AvaDent Dentures can be made to a minimum thickness of 1.5mm vs. 3D printed dentures which have a minimum thickness of 2.0mm
2021 - august | AVADENT ACRYLIC STRENGTH
AvaDent Monolithic Dentures have physical properties that are superior to 3D printed dentures.
2021 - may | AVADENT ACRYLIC STRENGTH
AvaDent Monolithic Dentures have physical properties that are superior to conventionally processed and 3D printed dentures.
2021 - january | AVADENT FEWER PATIENT VISITS
AvaDent digital dentures required fewer patient appointments from start to finish, and fewer postoperative appointments than conventionally fabricated dentures.
2020 - september | AVADENT ACRYLIC COLOR STABILITY
AvaDent dentures have better color stability as compared to dentures manufactured with 3D printed resins.
2019 - july | AVADENT ACRYLIC STRENGTH
CAD/CAM milled denture base had significantly higher flexural strength compared to injection and compression molded denture bases.
2019 - january | AVADENT ACCURACY OF DENTURE PRODUCTION VS. DESIGN
AvaDent dentures are significantly more accurate than 3D printed dentures.
2018 - june | AVADENT ACRYLIC STRENGTH
AvaDent recorded higher mean flexural modulus vs. conventionally processed denture materials and less variability.
2018 - february | FIT OF AVADENT DENTURE VS. CONVENTIONAL TECHNIQUES
AvaDent dentures fit better than conventional dentures.
2017 - may | ACCURACY OF TOOTH POSITION
AvaDent produced the best combination of accuracy and reproducibility of the tested techniques.
2017 - february | FIT OF AVADENT DENTURE VS. CONVENTIONAL TECHNIQUES
The retention offered by milled complete denture bases from prepolymerized poly(methyl methacrylate) resin was significantly higher than that offered by conventional heat- polymerized denture bases.
2016 - april | FIT OF AVADENT DENTURE VS. CONVENTIONAL TECHNIQUES
AvaDent process was the most accurate and reproducible denture fabrication technique when compared with pack and press, pour, and injection denture base processing techniques.
FIT OF AVADENT DENTURE VS. CONVENTIONAL TECHNIQUES
Retention of AvaDent denture was significantly higher than that offered by conventional heat- polymerized denture bases.
2015 - December | CLINICAL EFFICIENCY
AvaDent process proved to be an equally effective and more time-efficient option than the conventional process of prosthesis fabrication in the predoctoral program.