Full-mouth risk map: where failure is formingFind weak links early.
A full-mouth risk map is not a list of cavities. It is a stability scan: which teeth are strong, which are thin, where force is concentrating, and what is likely to fail next. Within the Structural Decision Framework (SDF), the risk map prevents you from building irreversible work on a collapsing system.
Quick answer
A risk map is worth it when you have multiple problems, uneven wear, repeated repairs, missing teeth, or you are considering major cosmetic or replacement work. It helps you avoid treating the wrong tooth first. It also helps you avoid finishing dentistry that will be forced into redo.
Symptoms are loud. Risk is quiet. The map keeps you from missing what is forming underneath.
- Weak links are identified earlyThin cusps, leaking margins, cracks, drifting contacts, and high-force zones.
- Force pathways are mappedYou see where the load is going, not just where it hurts.
- Sequencing is obviousFoundation and stability first, finish work later.
- Options are preservedEarly steps keep future choices open.
- The next failure is missedA quiet crack or overload zone becomes the next emergency.
- Sequence is driven by painThe plan changes every time a new tooth flares up.
- Redo dentistry compoundsWork is replaced sooner because the system is not stabilized.
- Cosmetic work is at riskAesthetics can chip or shift when force is unstable.
A risk map changes the trajectory by making early steps obvious.
- Fewer surprises
- Less redo dentistry
- Better long-term value
- Some re-dos expected
- Needs monitoring
- Plan may shift over time
- More emergency decisions
- Higher escalation risk
- Rising total cost
The goal is a simple plan: stabilize the highest-risk failures first.
- Multiple issues
- Major work planned
- Repeated repairs
- Requires honest prioritization
- Not always the fastest cosmetic path
- Treating the map like a report instead of a plan
- Pain event with system risk
- Time constraints with discipline
- More constraints
- Needs follow-through to finish stability steps
- Stopping after the urgent tooth is quiet
- Low complexity and stable force
- Higher surprise risk
- More re-dos when force drifts
- A new ‘urgent tooth’ every year
The map is built by filtering the full mouth through four dimensions.
Stay inside the same decision space. Compare one nearby scenario and one adjacent hub.
The next step is simple. We examine structure, force, and timing in person. You do not need to decide everything today.