08/17/2026
Implant Mechanical Rescue
Over the years, performing Implant Mechanical Rescue on challenging implant cases has broadened my understanding of not only what can go wrong, but more importantly, why it happens.
The fundamental steps of removing a loose implant screw, stripped screw, seized abutment, fractured screw, or fractured abutment provide valuable information about the mechanical forces that affected the implant restoration.
But the bigger question is:
Why did it happen in the first place?
Implant abutment designs vary among manufacturers. Implant treatment design varies with each surgeon and restorative dentist. Occlusion, component geometry, implant positioning, loading, and the relationship between all of these factors can have a profound effect on long-term mechanical stability.
One principle that consistently influences the long-term success of an implant restoration is the physics of the design.
Every fractured component tells a story.
Through Implant Mechanical Rescue, we have the opportunity to learn from those failures—not simply to remove the broken component, but to understand the mechanical forces and design principles that contributed to the failure.
That understanding can help us make better decisions when planning and restoring the next implant case.
Physics of Design matters.
BioHorizons Implant Mechanical Rescue
