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Mastering Clinical 3D Printing in Dentistry: The A-Z Guide
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17 students

Mastering Clinical 3D Printing in Dentistry: The A-Z Guide

Revolutionize Your Practice with In-House 3D Printing: From Digital Design and Preparation to Final Cementation of Esthe
Last updated 8/2025
Arabic

What you'll learn

  • 3D Printing, the Present and the Future.
  • How is 3D Printing?
  • Different types of 3D Printer Devices?
  • Differences between SLA, DLP, LCD 3D Printers?
  • Differences between 3D Printing and milling?
  • Differences between different Permenent Restoration: Milled Ceramics - Indirect 3D Printed Resins - Direct Composite ?
  • Differences between Resins for 3D Printed Permenent Restorations and that for 3D Printed Casts or Surgical Guides?
  • Differences between Curing System of 3D Printed Permenent Resins and Light Cures for Direct Composites?
  • Differences between Curing Protocols for 3D Printed Permenent Restorations and 3D Printed Casts or Surgical Guides?
  • Ideal Requirement for Permenent restorations?
  • Criteria for Vertical and Horizontal Preparations?
  • Differences between Designing a Vertical Preparations and Designing a Horizontal Ones?
  • Recent Guidelines For Inlay-Onlay-Overlay-Vonlay Preparations, Required Material, Protocol, Indications and Contraindications?
  • Recent Guidelines For Inlay-Onlay-Overlay-Vonlay Designing.
  • Recent Guidelines for Different Types of Veneers, Preparations, Required Material, Protocol, Indications and Contraindications?
  • Recent Guidelines for Veneers Designing?
  • How is Mockup? How to Design?
  • How is Guided Veneer Preparation?
  • How to deal with staining?
  • How is bleaching?
  • How to Scan Accuratelly?
  • DSD, 3 Ammazing Techniques!!
  • How is Slicing?
  • Slicing Softwar, Step by Step?
  • Slicing Errors!!
  • How to deliver the Design to the 3D Printer?
  • How to Cure?
  • Surface treatment for different 3D Printed Resins?
  • How to Finish 3D Printed Restorations?
  • How to Polish?
  • How to stain?
  • How to glaze?
  • How to cement Permenent 3D Printed Restorations?
  • How to adjust Occlusion?

Course content

2 sections • 7 lectures • 2h 26m total length
  • How is 3D Printing?24:51
  • Differences between 3D Printing and Milling7:50
  • Differences between SLA - DLP - LCD 3D Printers11:19

Requirements

  • Laptop or PC with the following requirements:
  • Hard: >128 GB HDD or prefered to be SSD.
  • RAM: >8 GB.
  • CPU: core I5, 8th Gen or above.
  • GPU: Nividia GTX 4 GB.

Description

Are you ready to transition your dental practice into the future of restorative dentistry? Are you looking to gain complete control over your workflow, reduce costs, and deliver superior esthetic results with unparalleled efficiency?

Welcome. I'm Dr. Ali Agoura, and I've spent my career at the intersection of clinical dentistry and digital technology. I've seen firsthand how 3D printing has evolved from a niche technology into a cornerstone of the modern, high-performance dental practice. But navigating this new landscape can be overwhelming. Which printer? What materials? How do you go from a digital scan to a final, seated restoration that you and your patient can be proud of?

That is precisely why I created this special edition, comprehensive online course. This isn't just a technical overview of how a 3D printer works. This is a clinically-focused, step-by-step masterclass designed by a dentist, for dentists. We will bridge the gap between theory and chairside application, transforming you into a confident and proficient digital practitioner.

In this course, we will journey through the entire digital workflow. You will not only understand the "why" behind 3D printing (and how it compares to traditional milling) but also master the critical "how" of every single stage.

You will learn to:

  • Digitally design and prepare with precision for a wide range of restorations, from single crowns and guided veneers to complex bridges and modern adhesive restorations like inlays, onlays, and the increasingly popular vonlays.

  • Master the art of post-processing. A printed restoration is only as good as its finish. I will personally guide you through my proven protocols for washing, curing, polishing, staining, and glazing to achieve natural, life-like esthetics that seamlessly blend with existing dentition.

  • Navigate the materials and protocols to avoid common pitfalls, ensuring durable, predictable, and biocompatible results every single time. We'll delve into the crucial differences between curing printed restorations and direct composites, a detail essential for long-term success.

This course is built on practical, actionable knowledge that you can implement in your practice immediately. Join me, and let's unlock the full potential of 3D printing to elevate your clinical outcomes, enhance patient satisfaction, and redefine what's possible in your practice.


What you'll learn


  • Master modern preparation protocols for full coverage crowns, bridges, and guided veneers optimized for 3D printing.

  • Confidently prepare for advanced adhesive restorations, including $inlays$, $onlays$, $overlays$, and $vonlays$.

  • Understand the fundamental differences, benefits, and clinical indications for 3D Printing vs. CAD/CAM Milling.

  • Implement a professional Digital Smile Design (DSD) workflow for predictable and highly esthetic results.

  • Execute the complete 3D printing process: from file preparation to final print execution.

  • Apply advanced staining and glazing techniques to achieve life-like esthetics on printed restorations.

  • Master the crucial post-processing steps: washing, high-performance polishing, and final curing.

  • Learn professional protocols for treating and handling restorations immediately after printing (TTT - Treating The Thing).

  • Understand the critical differences in curing mechanisms between 3D printed restorations and direct composites.

  • Confidently select and use the correct cementation protocols for 3D printed materials to ensure long-term clinical success.

  • Troubleshoot common issues, including dealing with staining and selecting bleaching protocols.


Requirements


  • This course is designed for dental professionals. A background in dentistry (Dentist, Prosthodontist, Dental Specialist, Dental Student, or Dental Technician) is required.

  • No prior experience with 3D printing or CAD/CAM software is necessary. We will build your knowledge from the ground up.

  • A desire to embrace digital technology and elevate your dental practice.


Who this course is for:


  • General Dentists seeking to integrate in-house 3D printing to enhance their restorative services and profitability.

  • Prosthodontists and Restorative Specialists who want to master the latest digital fabrication techniques.

  • Cosmetic Dentists aiming to produce highly esthetic veneers and crowns with greater control and speed.

  • Dental Residents and Students who want to be ahead of the curve and future-proof their careers.

  • Dental Lab Technicians looking to understand the complete clinical workflow to better collaborate with dentists.

  • Any dental professional curious about how 3D printing is fundamentally changing the landscape of patient care.


Enroll now and take the definitive step toward becoming a leader in the digital dental revolution.


Who this course is for:

  • Dental students.
  • Dentists.
  • Dental technichan.
  • Oral surgeon.
  • Orthodontists.
  • Prosthodontists