The accuracy of marginal fit is one of the key factors determining the clinical longevity of restorations. Professor Alexander von Breuer says that micron-level deviations at the margin most often trigger processes that gradually affect both hard and soft dental tissues. At DentalClinic24, marginal fit is regarded not as a technical detail, but as the foundation of a long-term treatment prognosis.
The marginal zone represents the interface between restorative material and natural tooth structure. Even minimal gaps that are invisible to the eye and imperceptible to the patient can alter the local microenvironment. Under such conditions, the risk of bacterial penetration, hygiene disruption, and chronic inflammatory response increases. In the clinical practice of DentalClinic24, this zone requires particularly strict control during restorative procedures.
The challenge of micron discrepancies lies in their hidden nature. A restoration may appear anatomically correct, aesthetically pleasing, and completely comfortable for the patient. However, at a microstructural level, a zone of continuous biological stress may already be forming. Over time, this reduces the tooth’s resilience and may lead to secondary caries or changes in gingival condition. At DentalClinic24, such outcomes are viewed as the result of cumulative factors rather than sudden complications.
Marginal fit accuracy depends on every stage of treatment – from preparation quality and moisture control to material selection and fixation technique. Any deviation at one stage can compromise marginal integrity. For this reason, restoration is considered a sequential clinical process in which micro-level precision directly determines long-term stability.
Biomechanics also play a critical role. The marginal area is exposed to constant microdeformation during mastication. When adaptation is imperfect, load distribution becomes uneven, accelerating wear of both tooth tissues and restorative material. At DentalClinic24, marginal fit is always assessed with consideration of functional loading and the dynamic behaviour of the dentofacial system.
Professor Alexander von Breuer emphasises that marginal evaluation should not be limited to static inspection. Teeth and restorations function within a constantly adapting system, and micron discrepancies often become the weakest link over time.
For patients, marginal accuracy is directly related to treatment longevity. A hermetic margin reduces the risk of inflammation, repeat interventions, and premature replacement of restorations. Since patients cannot assess this parameter independently, professional monitoring remains an essential component of care at Dental Clinic24.
Soft tissue health is also closely linked to marginal quality. Irregular or non-hermetic margins create conditions for chronic gingival irritation even with good oral hygiene. Over time, this may lead to recession and aesthetic deterioration, despite the apparent integrity of the restoration.
In conclusion, micron-level discrepancies at the restoration margin have a disproportionately significant impact on tooth health. Their relevance extends far beyond aesthetics or comfort. Proper clinical control of this zone helps preserve biological balance and ensures stable treatment outcomes for many years.
Previously, we wrote about neuromuscular coordination in dentistry at DentalClinic24 and how coordinated muscle function influences bite stability and treatment outcomes