This course provides a foundational understanding of 3D environments and their application in digital dentistry. Participants will learn to navigate 3D space, understand object properties, and use essential design tools to create and modify 3D models. The curriculum also covers the critical transition from medical imaging, teaching participants how to transform CBCT and DICOM files into printable 3D objects and exploring various guide support types. The second half of the course is dedicated to mastering the B4D software workflow. Learners will gain proficiency in the Model Designer module to create printable dental and orthodontic models, while understanding key CAD concepts like fitting surfaces, clearance, and alignment. The program concludes with an introduction to the Blockout module and Chitubox printing software, equipping participants with the practical skills to move from digital design to physical fabrication.
The Speakers
3
Hesham Morsi
Lecturer
Amr Amin
Lecturer
Ahmed Mostafa
Assistant lecturer
Sponsored by:
Course Topics
- Morning session:
- *Understand the concept of stackable guides
- *Why use stackable guides and their benefits
- *Identify cases indicated to benefit from stackable guides planning
- *Virtual implant planning
- *stackable guides design and digital workflow
- *Know different types of stackable guides attachments
- *Transfer virtual implant plan from Atomica to B4D
- *Tips and tricks to ensure seamless surgical workflow of guided plan execution
- Afternoon session:
- *Understand the concept of PATZI protocol.
- *Understand the anatomical consideration of the maxilla zygomatic complex relevant to zygomatic implants (Sinus anatomy, Bone morphology, Vital structures)
- *Understand Indications, contraindications and risk factors.
- *Plan advanced full arch virtual plan using the PATZI protocol.
- *Be Able to create Zygomatic implant surgical guide.
- *tips and tricks to ensure seamless surgical workflow of guided plan execution