Digital Bone Reconstruction Course
M.O.D.A International Module
The digital bone reconstruction course by M.O.D.A is an advanced international training program focused on combining biological bone reconstruction principles with state-of-the-art digital planning and clinical execution.
This intensive on-site course is designed for experienced clinicians who want to implement predictable digital bone reconstruction workflows through hands-on digital design and live surgical demonstration of digitally planned reconstruction protocols.
Date: February 5–6, 2027
Schedule:
- Day 1 (10:00 am–6:00 pm)
- Day 2 (10:00 am 3:00 pm)
Format: On-site · Live Surgery · Hands-On Design · Clinical Application
Software: NEMOTEC
Participants: Limited to 12 clinicians
The First Fully Digital Bone Reconstruction Program in Europe
The M.O.D.A International Module is the first European program to combine:
- Biological bone reconstruction principles.
- Advanced digital defect analysis.
- SBBT protocols and transport systems.
- Digital Khoury workflows.
- Customized PTFE reconstruction solutions.
- Full digital design of reconstruction systems.
- NEMOTEC-based digital planning.
- Live surgery and clinical execution.
- Direct interaction with international faculty.
This is not simply a planning or guide-design course. It is an advanced program focused on digital bone reconstruction mastery and clinical execution.
Academic Program Advanced Digital Bone Reconstruction Mastery & SBBT ProtocoL
Biological Principles & Full Digital Design - Day 1
An intensive theoretical and hands-on session focused on biological foundations, treatment planning and full digital design workflows.
Topics include:
- Indications for bone reconstruction.
- When to choose SBBT, Khoury or customized PTFE approaches.
- Biological principles of autogenous bone grafting.
- Complication prevention and clinical decision-making.
- Digital defect analysis and volumetric assessment.
- Full digital design of reconstruction systems.
- Design of SBBT carriers and transport systems.
- Digital Khoury protocols.
- Customized PTFE solutions.
- Design validation and preparation workflows.
Live Surgery & Clinical Execution - Day 2
A live surgical demonstration showing how digitally planned reconstruction systems are translated into clinical execution, with real-time discussion and decision-making.
Topics include:
- Case presentation and treatment rationale.
- Review and final validation of digital planning.
- Step-by-step surgical execution of the planned reconstruction protocol.
- Placement of customized reconstruction systems.
- Real-time decision-making and troubleshooting.
- Clinical discussion during surgery.
- Protocol standardization and implementation strategies.
- Open Q&A session.
From Analog Biology to Fully Guided Digital Execution
The course is structured to guide clinicians through a complete workflow, from biological principles and case selection to digital planning and clinical execution. All digital designs are translated into clinical application through a live surgical demonstration of the complete digital-to-clinical workflow.
Participants will learn how to:
- Analyze and classify complex bone defects.
- Design customized SBBT, Khoury and PTFE reconstruction solutions.
- Validate and prepare surgical systems for clinical use.
- Apply digital workflows in clinical scenarios.
- Observe and understand the clinical application of digitally designed reconstruction systems during live surgery.
- Transfer advanced reconstruction protocols into daily clinical practice.
Participation Requirements
This advanced digital bone reconstruction course is designed for clinicians with an active surgical practice and a strong interest in digitally guided workflows.
Participants are expected to be actively practicing dentistry, preferably with experience in implantology, oral surgery or bone regeneration procedures. A genuine motivation to integrate digital planning and guided surgical execution into daily clinical practice is essential, as the course focuses on advanced concepts and real clinical application.
Technical Requirements
To ensure a smooth and effective learning experience during the digital planning and design sessions, participants must bring a personal laptop that meets the following minimum specifications:
-
Operating system: Windows 10 or Windows 11 (Pro version recommended)
-
Processor: Intel i5 or i7 (or equivalent)
-
RAM: Minimum 8 GB (16 GB recommended)
Meeting these requirements is essential to work efficiently with the software used during the course and to fully benefit from the hands-on digital design sessions.
Who Is This Course For?
This advanced digital bone reconstruction course is designed for implantologists and oral surgeons with experience in bone regeneration who want to take their clinical practice to the next level.
At the same time, it is ideal for clinicians already familiar with advanced surgical protocols who seek true digital mastery in reconstructive surgery, integrating biological principles with fully guided digital workflows and clinical application in real surgical environments.
It is not an introductory program, but rather a high-level, hands-on training for professionals ready to move beyond conventional approaches and work with predictable, digitally driven bone reconstruction. As a result, participants gain a structured workflow that can be applied directly to complex clinical situations.
For clinicians looking to refine decision-making, improve predictability and execute advanced reconstruction with digital control, this module represents a natural next step.