R2 Studio Q - MEGAGEN IMPLANT

Products R2 Studio Q

Synergy between R2 STUDIO Q and R2GATE DOD
(Digital Oral Design)

New digital standard for treating complex cases using ONE device & ONE software
Collection & digitization of patient data in ONE step
Minimized treatment time as no need for face bow, lab-mounting, or manual wax-up
Provision of highly esthetic & precise prosthetics

Learn more about R2 STUDIO Q

R2STUDIO digital work flow

Step01

Data Collection

CBCT
Face scan
Impression scan

Step02

Starting Point

CBCT reorientation
Natural head position
3D facial matching

Step03

Digital Oral Design

Facial pattern analysis
Maxillary anterior teeth position

Step04

Data Transfer

Digital face bow
Digital occlusal table

Step05

CAD/CAM

Full wax-up
Mock-up printing
Prep guide
Implant guide
ONE-DAY teeth
Digital prosthesis

Data Collection (10 mins)

CBCT

Broad 20x20 FOV to create virtual patient
6 sec for 20 x 20 CBCT scanning
Light-guided flexible FOV control

3D Facial Scan

3D depth camera (1280x720)
Independent photo-taking module
5sec for full-size facial scanning
1800x848 full-size 3D file (OBJ format)

Object (impression) Scan

Handy scan process
20sec for impression scanning
Auto STL converting process
Easy to export model file (Open STL format)

Set Starting Point

Find mid-sagittal plane as starting point
Align head position with Frankfort Horizontal (FH) plane or natural head position
Match 3D facial scan with aligned CBCT to complete digital patient

Digital Oral Design

Use facial pattern analysis to determine:

optimal position of maxillary central incisors
teeth size
smile line
arch form
occlusion plan

Digital Face-bow & Mounting

Find real condyle position using CBCT data
Record 3D coordination between condyle & patient maxillae

To complete prosthesis design:

determine angulation & size of occlusal table
export to STL file that is compatible with CAD software

CAD.CAM

Data from R2GATE^® digital oral design is used by dental technician to complete CAD design & digitally fabricate esthetic & functional prostheses

Applications

Implant guides & full-mouth reconstructions
Laminates in esthetic zone
Mock-up designs & printing
Crown lengthening & gingivectomy

R2GATE YouTube Channel

Stay updated on the latest digital advancements via our social media channels!
#MegaGen #R2Playground

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QVD (R2 Studio Q Vertical dimension Decision) solution

Create a Dental Avatar Easily with R2 Studio Q and Find the Optimal VD with AI!

R2 QVD: Revolutionizing Vertical Dimension Determination for Edentulous Patients

R2 QVD offers an innovative solution for determining the Vertical Dimension (VD) in edentulous patients without the need for traditional wax-rims or additional tools. By utilizing Dental Avatar technology, the system enables clinicians to set the optimal VD quickly and efficiently.

This cutting-edge feature leverages facial scan data for smile design and analyzes facial patterns through CBCT Cephalometrics, providing an average vertical dimension tailored to the patient. With R2 QVD, clinicians can easily capture and analyze data during the patient's first visit, determine the VD, and design full-arch temporary teeth.

In the second visit, the system facilitates implant surgery and the immediate restoration with temporary teeth, streamlining the process to the provisional stage with minimal effort. This technology simplifies treatment for edentulous patients, making full-arch rehabilitation faster and more accessible for both clinicians and patients.

1st Visit: Patient Consultation Using the Smile Creator App

1R2 Studio Q Facial Scan

Using R2 Studio Q, you can begin the treatment process by prioritizing the facial scan

2Patient Consultation Using Smile Creator

When you input a Facial Scan into the Smile Creator system, the AI analyzes the facial features and suggests an ideal smile design tailored to the patient's unique proportions

3Dental Avatar

Once the patient agrees to proceed with the treatment, the next steps involve combining various digital data sources to generate a highly accurate Dental Avatar.

1st Visit: QVD Protocol

1Ai CBCT reorientation:

AI Alignment of Dental Avatar Data with the Frankfort Horizontal (F.H.) Plane

2Ai CBCT Cephalomatric analysis:

The AI system automatically conducts a CBCT Cephalometric analysis, providing comprehensive measurements and insights based on the patient’s anatomical structures.

3Determining the Vertical Dimension (VD)

AI-Driven Determination of Vertical Dimension (VD) Using Condyle Head Position and Rotation Hinge from CBCT

4Ideal Occlusal Plane

Once the Vertical Dimension (VD) is established, the system proceeds with automatically setting the occlusal plane at the optimal angle to ensure both esthetic and functional harmony.

5Virtual Wax-up

After the occlusal plane is established, the system proceeds to load the wax-up library for both the upper and lower arches.

6Implant planning

Implant Positioning Based on Determined Wax-Up

1st Visit: Lab-side communication

1Providing STL Files Reflecting the Treatment Plan and Diagnostic Data

You can receive the reference STL files, created during the Dental Avatar and QVD process, from the clinic. These files include the adjusted positions of the upper and lower jaws, the occlusal plane, and the wax-up.

2Surgical Guide Fabrication

The surgical guide is created by integrating both the diagnosed implant library and the working-side scan data

3Provisional Fabrication

The provisional crown is designed using the wax-up and occlusal plane extracted during the QVD process.

4Design Revaluation

The completed provisional crown is applied to the Dental Avatar to reassess both the esthetic and functional aspects.

2nd Visit: Implant surgery

QVD

QVD offers a straightforward and efficient solution for determining the occlusal vertical dimension (OVD) in edentulous patients, allowing anyone to easily progress to the first temporary restoration stage.