Digital dentistry is not a single device and it is not defined by replacing an impression tray with a scanner. It is an interconnected clinical and technical pathway in which patient information is captured, combined, interpreted, designed, manufactured, verified and retained. The quality of the final outcome depends on every transition in that pathway.
This seminar provides a structured map of the contemporary digital ecosystem. It begins with intraoral scanning and the practical conditions that influence data quality: field control, preparation visibility, tissue management, reflective surfaces, scan strategy, movement, edentulous areas, scan-body seating and the operator’s ability to identify and correct incomplete or distorted data.
Participants then follow the dataset into restorative CAD. They examine how diagnosis, preparation design, margin definition, insertion path, contacts, occlusion, anatomy and material requirements inform the virtual restoration. Chairside, laboratory and hybrid models are compared so that participants can understand where clinical control, laboratory expertise and efficient communication are most valuable.
Manufacturing is presented as more than a machine cycle. Milling, crystallisation, sintering, staining, glazing, polishing and additive manufacturing each have distinct requirements. Material selection is connected to indication, restoration design, thickness, strength, aesthetics, bonding or cementation and the manufacturer’s current instructions.
The seminar also introduces more complex digital applications: implant scanning, full-arch records, integration of surface data with justified CBCT, guided surgery, digital wax-ups, facial data, smile planning, occlusal appliances and 3D printing. These topics are taught with their limitations and verification requirements. The presence of a technology in a workflow does not guarantee accuracy, passive fit, safety or a predictable clinical result.
Finally, participants explore how to decide whether and how to adopt a digital workflow. The discussion includes staff roles, training, laboratory collaboration, service and subscriptions, file compatibility, data security, maintenance, downtime, remakes, time-per-case and the distinction between a compelling demonstration and a sustainable clinical system.
Appropriate dental or dental-technology qualification for the participant's role
Lawful professional scope for any clinical application discussed or later undertaken
Basic understanding of indirect restorative dentistry and clinical record keeping
No previous CAD/CAM ownership or software experience is required for the introductory seminar unless stated for a specific edition
Any participant-provided case must be de-identified and submitted only through the secure pathway announced by the organiser
No identifiable photographs, radiographs, DICOM files, surface scans or laboratory prescriptions should be uploaded through a general registration form
Participants using a demonstration workstation must follow the edition-specific data, equipment and infection-control instructions
Those seeking competence in CBCT, guided surgery, manufacturing or specific clinical procedures will require additional training beyond this seminar
The complete digital pathway: capture, evaluate, design, manufacture, finish, verify and document
Intraoral scanning principles, scan strategy and quality-control checkpoints
Digital impressions for teeth, implants and selected arch indications
Accuracy, trueness, precision and the clinical meaning of digital error
Chairside, laboratory and hybrid CAD/CAM workflows
Restorative design from single units to more complex indications
Material selection according to indication, design and processing pathway
Subtractive manufacturing: milling, tool access, nesting and post-processing
Staining, glazing, crystallisation, sintering and polishing as distinct procedures
Implant scan bodies, data capture and verification of multi-unit or full-arch records
Digital wax-ups, smile planning, facial data and the virtual patient concept
Integration of CBCT and surface scans for implant planning
Guided implant surgery workflow, cumulative error and safety boundaries
Digital design and 3D printing of occlusal appliances and other approved applications
Practice-laboratory communication, file exchange and traceability
Workflow timing, true cost, return-on-investment assumptions and implementation planning
Data protection, consent, cybersecurity and responsible use of patient files
Demonstrations and case-based discussion according to the announced edition
The seminar opens by defining a digital workflow and identifying the information that may form the digital patient record: intraoral surface scans, photographs, radiographs, CBCT when justified, facial scans, jaw-relation records and existing clinical documentation. Participants learn that datasets have different purposes, resolutions, sources of error and responsibilities, and that their successful alignment does not prove diagnostic validity.
The intraoral scanning section follows a preparation or arch from initial field assessment to final data approval. It addresses moisture and soft-tissue control, margin exposure, scan path, bite capture, interproximal and occlusal data, deletion and rescanning, artefact recognition and the difference between an attractive colour model and a clinically adequate digital impression. Tooth-supported and implant-supported records are distinguished, including the importance of compatible scan bodies, complete seating, cleanliness, visibility, library selection and verification.
Restorative CAD is introduced through a stepwise design sequence. Participants review case setup, restoration type, margin confirmation, insertion axis, spacer parameters, proximal contacts, dynamic and static occlusion, morphology and minimum material dimensions. The seminar explains why automated proposals are starting points rather than final clinical decisions and why design must remain connected to preparation quality, biology, function, cleansability and the selected manufacturing material.
The manufacturing section compares subtractive and additive methods. For milling, it examines block or disc selection, bur geometry, tool access, nesting, machine maintenance and the distinction between wet and dry processing. Post-milling steps – crystallisation, sintering, staining, glazing and polishing – are separated and connected to their specific materials. For 3D printing, the seminar introduces validated resins, orientation, supports, layer parameters, washing, post-curing, finishing, environmental controls, traceability and final inspection.
Complex restorative and implant workflows are then placed on a risk continuum. Participants see why the accuracy requirements and error propagation of a single crown differ from those of a long-span restoration or complete-arch implant framework. The concepts of stitching error, scan-body geometry and distribution, soft-tissue mobility, lack of landmarks, verification jigs, photogrammetry and clinical fit assessment are introduced without promoting a single universal capture method.
For implant planning, the seminar maps the path from clinical and prosthetic objectives to imaging, surface scanning, dataset registration, virtual implant positioning, guide design, support, sleeve and drill considerations, manufacturing and intraoperative verification. It emphasises that each step can add error. CBCT is included only when justified, with attention to the smallest suitable field of view, appropriate exposure, quality assurance and evaluation of the entire volume.
The digital smile and virtual patient section explains how photographs, video, facial scans, intraoral scans and virtual wax-ups can support analysis, communication and provisionalisation. Participants consider calibration, head position, lip dynamics, facial references, occlusion, periodontal and restorative constraints, and the need to communicate that a simulation is not a guaranteed preview of the final result.
The final section turns the clinical map into an adoption plan. Participants identify suitable first indications, required training, staff responsibilities, laboratory interfaces, backup procedures and measurable outcomes. A complete cost model is introduced, including finance, software, service, consumables, staff time, maintenance, calibration, remakes, storage and downtime. The goal is to support a staged, evidence-aware decision rather than technology adoption based solely on speed or marketing appeal.
This seminar is intended primarily for qualified dentists who want a structured introduction to digital clinical and restorative workflows, are considering their first digital investment, already own an intraoral scanner or CAD/CAM system but use only part of its capabilities, or want to improve communication with a digital dental laboratory.
Dental technicians and appropriately trained members of a digital dental team may also benefit where the edition is opened to them. The seminar is introductory and strategic. It is not a substitute for product-specific operator training, formal CBCT training, implant-surgery education, laboratory technician training or supervised clinical competency development.
