Digital Dentistry in Chile

When we talk about digital dentistry we mean a workflow where every stage of treatment runs on connected digital tools. We diagnose with an intraoral scanner and, when the case calls for it, cone-beam tomography. We plan on the patient's actual 3D model, not on plaster. We fabricate in-clinic with a CAD/CAM mill or 3D printer, depending on what the case needs. And we archive everything digitally, which we open again years later if the patient comes back.

The difference from the analog workflow isn't marketing. Every time a silicone impression changes hands, error is introduced. The impression deforms as it's pulled out. The cast can fracture. The lab technician interprets what they receive. They send a trial to the clinic, it's adjusted chairside, sometimes a new impression has to be taken. Five chances for cumulative error in one case. In the digital workflow that 3D model is captured once, in five minutes, and used for everything that follows.

There's a third layer that gets talked about less: how the conversation with the patient changes. Looking at your own mouth on screen with the planning laid over it is not the same as listening to your dentist describe what they intend to do. Informed consent stops being paperwork. Decisions get made by two people looking at the same image. Clinically, that matters as much as the micrometric precision.

The term “digital dentistry” is used loosely. In practice, most clinics in Chile have some digital elements: an intraoral scanner, or a CBCT. But the rest of the clinical chain remains analog.

The usual scenario looks like this: the digital impression is exported to an external lab, which pours a stone model, articulates by hand, waxes the restoration and mills it. The chain breaks at the lab, and with every analog step error is reintroduced: in the manual articulation, in the waxing, in the occlusal adjustment afterward in the mouth.

A fully digital workflow means the patient file, generated at the first scan, is used without analog interruption all the way to the final restoration. Diagnosis, planning, fabrication and follow-up on the same data, with no stone, no physical articulator, no external lab for standard pieces.

That continuity is what separates a clinic with digital tools from a clinic with a fully digital workflow.

Diagnosis. Intraoral scan (60–90 seconds per arch), protocol clinical photography, facial analysis, and CBCT when indicated. The scan generates a 3D model that's archived and reused throughout your life as a clinic patient.

Planning. On the 3D model, we decide implant position, smile design, orthodontic movement path, or restoration contour. Everything visible, simulated, and approved with you before intervention.

Fabrication. The restoration is milled in a CAD/CAM mill from a ceramic block, or 3D-printed for surgical guides, trays, or working models. Precision is micrometric and fabrication takes minutes to hours, not days or weeks.

Placement and follow-up. The final piece is cemented or screwed in. Digital measurements are recorded. In follow-ups, we compare directly against the original archive: if anything changed, it's detected early.