Digital Dentistry

When I first decided to embrace digital dentistry, I wasn’t entirely sure what to expect. Transitioning from traditional methods felt daunting, but I knew it was time to explore how technology could improve patient care. As I started incorporating tools like intraoral scanners and 3D imaging, the benefits quickly became clear.

Diagnoses became more precise, treatments more efficient, and patients were genuinely impressed with the improved experience. What surprised me most was how these tools streamlined communication with labs and allowed me to craft more accurate restorations.

However, going digital wasn’t just an upgrade for my practice, it transformed how I connect with patients and deliver the care they deserve. The challenge I found was trying to fit all the available systems and technologies into systematic groups and understanding the interactions between them this is why I created this website resource. It is a resource that I will continue to expand as my knowledge expands and hope it aids in your digital journey.

  • What is MODBL? MODBL represents a dental abbreviation encompassing the entirety of a posterior tooth's five surfaces. It is these five surfaces of every tooth that create the dynamic of shape, contour, depth, dimension, and appearance of a smile. This distinctive hallmark is universally recognized among dentists worldwide, irrespective of their expertise or whereabouts.

Digital Dentistry Systems & Technologies

  • Orthodontic Design (OCAD)

    Invisalign uses a series of custom 3D‑printed clear aligners to gently shift teeth with predictable, discreet results. Digital treatment planning with ClinCheck and 3D Controls helps dentists deliver predictable results.
    ORTHO CAD ➔

  • Digital Impressions (DI)

    Intra-Oral Scanners (IOS) are used to scan the surface topography of hard and soft tissues using a series of non-radiation images to generate a digital model (file generated as a STL or PLY).

    IOS ➔

  • 3D Dental X-Rays (CBCT)

    CBCT stands for Cone-Beam Computed Tomography, a specialized 3D dental x-ray imaging system to visualize, mostly hard structures but some soft tissues) beyond the surface. Images generaled are a DICOM file.

    CBCT ➔

  • Computer-Aided Design (CAD)

    Computer-Aided Design (CAD) in dentistry uses advanced software to create precise, custom-fit restorations like crowns and bridges based on digital impressions, enhancing accuracy and efficiency.

    Dental CAD ➔

  • Computer-Aided Manufacturing (CAM)

    Computer-Aided Manufacturing (CAM) in dentistry uses advanced machinery to fabricate precise dental restorations, such as crowns and bridges, from digital designs created through CAD technology.

    Dental CAM ➔

  • 3D Dental Printing

    Using additive dentistry, dental prosthetics, appliance and models are made from STL files by adding material using a platform and liquid resin/lens system.

    3D Printing ➔

  • 3D Dental Milling

    Using subtractive dentistry, dental prosthetics, usually limited to crown and bridge are made by removing material from a core material.

    3D Milling ➔

Digital dentistry felt overwhelming at first, and I didn’t know where to start, especially with so many experienced professionals already using it. As a late adopter, I was comfortable with trusted traditional methods, but with support of a great team, I made the transition to go digital. With AI entering the scene, it is important to know when the decisions are right and when those decisions are wrong.

I created this site as a resource for dental professionals (dentists, hygienists, assistants and in-clinic lab technicians).

- Dr. Osman Anwar, BSc, DDS