Digital orthodontics is no longer a competitive advantage — it's a clinical necessity.

At Perfect Braces Academy, we recognized early that the orthodontic workflow was transforming. Intraoral scanners, CBCT analysis, appliance design software, and 3D printing have fundamentally changed how we diagnose, plan, and treat. The question for every practicing dentist is no longer whether to go digital — it's how quickly you can master it.

The Digital Orthodontic Appliance Design Program answers that question with a structured, practical, and clinically grounded 4-day intensive. Built around real workflow simulation and hands-on digital training, this program is designed to give you not just software skills — but the clinical confidence to integrate digital workflows into your practice from day one.

You will work directly with OnyxCeph software, perform CBCT segmentation and superimposition, design and simulate TAD-guided appliances, fabricate digital surgical guides, and train on a full library of advanced orthodontic appliances — MARPE, Distalizers, Mesializers, TPA, Lingual Holding Arch, Twin Block, MARA, and more.

The program is supervised throughout by Dr. Moustafa Odin — Orthodontist and Fellow of the Royal College of Surgeons of Edinburgh (MOrth RCSEd) — whose focus has always been on translating digital knowledge into practical, predictable clinical execution.

Training is conducted offline in Alexandria in a small-group, high-supervision format designed to ensure every participant leaves with real digital orthodontic capability — not just theoretical exposure.

Why dentists choose the Digital Orthodontic Appliance Design Program:

• The only program in Egypt that covers the complete digital orthodontic workflow from scanning to appliance delivery in one intensive training
• Hands-on training on OnyxCeph — industry-standard digital orthodontic planning software
• Real workflow simulation — not demonstrations, but supervised practical execution
• Direct supervision by Dr. Moustafa Odin (MOrth RCSEd) — one of Egypt's leading digital orthodontic educators
• TAD-guided workflow training including Surgical Guide Design and Hands-on TAD Placement
• Comprehensive appliance design library: MARPE, Distalizers, Mesializers, TPA, Twin Block, MARA, Habit-Breaking Appliances, and more
• Complete printing workflow — from digital design to final appliance in your hands
• Bonding, delivery, and activation protocols for every appliance designed
• CBCT segmentation and superimposition — elevate your diagnostic and planning capabilities
• Small-group format — maximum supervision, maximum learning
• Offline training in Alexandria — focused environment, no distractions
• Certificate of attendance upon successful program completion
• Aligned with modern international digital orthodontic standards

By the end of this program, participants will be able to:

• Confidently operate OnyxCeph and manage a complete digital orthodontic workflow
• Perform CBCT segmentation, superimposition, and digital cast preparation at a clinical level
• Plan and simulate TAD placement digitally and execute it with precision using fabricated surgical guides
• Design a full range of digital orthodontic appliances — from MARPE and Distalizers to Twin Block and MARA
• Manage the complete printing workflow from digital design to physical appliance
• Apply correct bonding, delivery, and activation protocols for each appliance type
• Integrate digital planning into their existing clinical orthodontic workflow
• Evaluate and improve workflow predictability, appliance accuracy, and treatment outcomes using digital tools
• Understand the clinical logic behind digital orthodontic planning — not just the software steps
• Transition confidently from analogue to digital orthodontic practice

Program Overview:

4-day intensive offline training in Alexandria — small group, direct supervision, real workflow simulation.

Day 1 — Introduction to Digital Orthodontics

• Why Go Digital? Clinical and workflow rationale
• Digital Orthodontic Workflow Concepts and overview
• OnyxCeph: Intraoral Scan Entry and digital cast setup
• CBCT Entry, Superimposition, Cast Preparation, and Segmentation

Day 2 — TADs Workflow

• TADs Lecture: Design principles, placement sites, and clinical approaches
• TADs in OnyxCeph: Digital TAD placement and Surgical Guide fabrication
• Hands-on TAD Placement workshop
• Secondary Scan with Scan Body and Secondary Scan Entry

Day 3 — Digital Orthodontic Appliance Design I

• MARPE (Miniscrew-Assisted Rapid Palatal Expansion)
• Distalizer and Mesializer design
• Mouse Trap and Disimpaction Appliance workflows

Day 4 — Digital Orthodontic Appliance Design II

• TPA and Lingual Holding Arch
• Habit-Breaking Appliances and Tongue Guard design
• Combined Appliances, Twin Block, and MARA
• Appliance Bonding, Activation, and Delivery protocols

All sessions include:

• Complete Printing Workflow from digital design to physical appliance
• Appliance Bonding and Safe Removal techniques
• Live clinical workflow discussions and case applications
• Direct supervision and mentorship throughout