FROM DIGITAL PLAN TO LIVE SURGERY

STARTING WITH A REAL CASE

Day 1 begins with the patient—not a generic demonstration case.

We'll open the patient's records and walk through the case together.

You'll see the anatomy.

You'll see the restorative challenges.

You'll see the proposed prosthetic position.

You'll learn to design cases on Exocad quickly and efficiently.

And you'll understand:

Why the case is being planned the way it is before the first surgical step begins.

Next, we begin assembling the information needed for the SegMark™ Workflow.

See how the team captures and organizes:

CBCT Data
Understand how the patient's 3D anatomy becomes part of the digital workflow.

Intraoral Scans
See how surface data is captured and incorporated into the case.

Prosthetic Records
Learn how the desired restorative position is established before surgery.

Digital Alignment
Watch multiple datasets come together to create one coordinated digital patient.

You'll begin to understand something critical:

The workflow starts before the implants are placed.

You'll explore the treatment-planning principles surrounding:

• Patient anatomy
• Available posterior bone
• Implant trajectory
• Prosthetically driven positioning
• Full-arch biomechanics
• Restorative considerations
• Surgical decision-making
• Integration with the final prosthesis

You'll see how an advanced case is evaluated before entering the operatory.

This is where everything from the morning comes together.

Watch the treatment plan transition from the computer screen to the patient.

You'll follow the surgical procedure and see how the clinical team executes the planned full-arch treatment.

Throughout the procedure, the focus isn't simply on watching surgery.

It's understanding:

Why was that decision made?

How does that implant position affect the restoration?

What information will the laboratory need next?

How does the surgical team set up the digital team for success?

This is full-arch treatment viewed as one complete system.

Immediately after implant placement, you'll see the SegMark™ Workflow move into its next phase.

There is no disconnect between the surgical team and the digital team.

The patient transitions directly into the restorative workflow.

MOBILE CT — BRING THE IMAGING TO THE WORKFLOW

One of the most powerful components of the SegMark™ Workflow is the integration of Mobile CT imaging directly into the full-arch treatment process.

Instead of treating CBCT imaging as a separate step that happens somewhere else, Mobile CT allows critical 3D information to become part of the workflow right where the patient is being treated.

WHY DOES THAT MATTER?

In a digitally driven full-arch case, everything depends on the quality and relationship of your data.

The CT provides the patient's underlying 3D anatomical information, while intraoral scanning, photogrammetry, and other digital records provide different pieces of the restorative picture.

The SegMark™ Workflow teaches you how these datasets work together.

CT + PHOTOGRAMMETRY + DIGITAL ALIGNMENT

During the course, you'll see how Mobile CT can be incorporated alongside the other technologies used in the SegMark Workflow.

You'll learn how to move from:

3D ANATOMY → IMPLANT POSITION → DIGITAL ALIGNMENT → PROSTHETIC DESIGN

Rather than viewing each technology as a separate device, you'll see how they become parts of one connected digital ecosystem.

SEE IT HAPPEN ON A LIVE PATIENT

This isn't just a discussion about CBCT technology.

You'll see how CT data is incorporated into the workflow of the actual patient being treated during the course and how that information continues forward into the digital and restorative process.

You'll understand:

• Where CT fits into the SegMark™ Workflow
• Which information the CT provides
• How anatomical data relates to the restorative plan
• How CT data can be incorporated into digital alignment
• How imaging connects with photogrammetry and other patient records
• How to organize the data for the design team
• How Mobile CT can support a more flexible digital workflow

WHY THE MOBILE CT?

A Mobile CT strategy creates the possibility of bringing advanced 3D imaging capabilities into the environment where the workflow is happening. IT also as a huge element of speed for same day conversions. And for implant placement verification.

For clinicians, laboratories, and teams interested in implementing SegMark™, understanding the Mobile CT component opens up an entirely different way of thinking about how a digital full-arch workflow can be organized.

PHOTOGRAMMETRY

Watch the patient's implant positions move from the mouth into the digital environment.

See how photogrammetry is captured and incorporated into the restorative dataset.

You'll understand:

• When the records are captured
• What information is required
• How implant positions are transferred
• How the data relates to the prosthetic plan
• How the clinical and laboratory teams communicate

MASTER THE DIGITAL ALIGNMENT

We'll walk through the SegMark™ Workflow step-by-step using the live patient's information.

You'll see how the datasets are organized, aligned, checked, and prepared for restorative design.

More importantly, you'll understand why the workflow is structured this way.

EXOCAD + FULL-ARCH DESIGN

Follow the case into Exocad.

See how the clinical information collected becomes the foundation for the patient's restoration.

Watch the design process develop and understand the decisions being made along the way.

DIGITAL DESIGN → MANUFACTURING

The prosthesis leaves the screen and becomes something physical.

See how the design is prepared for production and how manufacturing fits into the overall SegMark™ process.

You'll understand what needs to happen between the moment a design is completed and the moment the restoration returns to the operatory.

PROSTHETIC DELIVERY

The workflow comes full circle.

The patient you started with now receives the prosthetic result created from the digital information you've been following throughout the course.

It's one thing to see individual pieces of a digital workflow.

It's completely different to watch the entire process happen around one real patient. And the outcome be a perfect delivery.