07/04/2026
Simple moment led to a complex dental need.
A patient walked in with a fractured premolar—an already root canal–treated tooth that had given way while trying to tear open a plastic cover. What seemed like a minor incident had rendered the tooth non-restorable, with a vertical fracture extending below the gum line.
At the School of Dental Implants, this became a classic case for immediate implant placement—where precision, planning, and ex*****on come together.
Step 1:
Clinical and Radiographic Assessment
A thorough evaluation confirmed the fracture pattern and ruled out any possibility of saving the tooth. Bone levels and surrounding structures were assessed to plan immediate implant placement.
Step 2:
Atraumatic Extraction
The fractured premolar was carefully removed using minimally invasive techniques, preserving the surrounding bone and soft tissue architecture—critical for implant success.
Step 3:
Site Preparation
The socket was gently debrided and prepared. Sequential drilling was carried out to achieve optimal angulation and depth, ensuring primary stability for the implant.
Step 4:
Immediate Implant Placement
An implant was placed directly into the extraction socket, engaging the apical bone for strong primary stability—one of the key determinants of success in immediate loading protocols.
Step 5:
Gap Management and Soft Tissue Care
Any residual gaps between the implant and socket walls were managed with graft material where needed, promoting better osseointegration and tissue contour.
Step 6:
Temporary Restoration (if applicable)
Depending on stability, a provisional crown may be placed to maintain aesthetics and function while the implant integrates.
What started as an unfortunate fracture became an opportunity to restore function immediately—with reduced treatment time, preserved bone, and enhanced patient comfort.
This is the power of modern implantology—turning emergencies into efficient, predictable outcomes
