Have you ever been turned down for a dental implant due to insufficient bone? The good news is that modern dental technology has advanced remarkably, and what seemed impossible just a few years ago is now an accessible reality. At Imperial Dent dental clinic in Chișinău, we turn cases once considered “untreatable” into clinical success stories.

Why do patients lose bone volume?

Bone resorption is a natural physiological process that follows tooth loss. The more time elapses after an extraction, the greater the volume of bone lost. Many patients only discover this issue when seeking premium implants, at which point the dentist informs them that the remaining bone volume is insufficient. The encouraging reality? Reliable, modern solutions exist!

Advanced bone reconstruction methods at Imperial Dent

Contemporary implantology offers several bone augmentation techniques, each tailored to the patient’s specific clinical indications:

1. Guided bone regeneration

This method utilizes xenogenic (animal-derived) and autogenous (patient’s own) bone graft materials, shielded beneath a specialized barrier membrane. The technique stimulates new bone formation and establishes a sturdy foundation for a high-quality dental implant.

2. Immediate post-extraction socket preservation

Immediately following tooth extraction, grafting material is placed directly into the empty socket. This preventive approach dramatically minimizes physiological bone resorption and preserves the ridge for future implant placement.

3. Bone cement techniques

We utilize innovative biomaterials such as Augma, which facilitate rapid, predictable bone regeneration, yielding dependable results even in complex anatomical defects.

4. Sinus Lift – the solution for the upper jaw

A sinus lift is a surgical procedure that adds bone height to the posterior upper jaw beneath the maxillary sinus membrane. This technique opens treatment possibilities for patients who previously believed they could never receive premium implants.

Two types of Sinus Lift – which one is right for you?

Closed sinus lift (transcrestal approach) – Recommended when 2–3 mm of additional vertical bone height is required. It is a less invasive procedure associated with a rapid recovery phase.

Open sinus lift (lateral window approach) – Indicated for substantial augmentations when bone deficiency is severe. Although more complex, it achieves predictable, outstanding outcomes in challenging clinical conditions.

The optimal approach is decided by our surgical specialists following detailed dental consultations and complete 3D radiographic imaging.

When can the implant be placed?

The timing of implant placement depends primarily on existing residual bone height:

• More than 2–3 mm of residual bone: the implant can often be inserted simultaneously alongside the sinus lift procedure;

• Less than 2 mm of residual bone: a healing period of approximately 6 months is recommended to allow newly grafted bone to mature fully before implant placement.

While this waiting phase requires patience, it provides the structural stability essential for long-term implant survival and minimizes surgical risks.

Why choose Imperial Dent for complex cases?

Our extensive experience in dental tourism and advanced implantology has enabled us to resolve hundreds of complex cases. Patients who were turned away by other clinics—even in countries with highly developed dental systems—have found reliable, cost-effective solutions with us.

The cost of a dental implant with bone reconstruction represents an important investment, yet it provides a lasting solution that restores full masticatory function and confident smile aesthetics.

Severe bone loss is no longer an insurmountable barrier. Modern bone augmentation protocols and advanced dental services provided at Imperial Dent turn complex dental challenges into predictable outcomes.

If you have been told in the past that you lack sufficient bone or doubt you are a candidate for premium implants, schedule a consultation. Our clinical team will thoroughly assess your case and design an optimal treatment plan.