Ridge splitting has emerged as a significant advancement in dental implantology. It offers a less invasive and more predictable approach to expanding the alveolar ridge for optimal implant placement.
The initial splitting technique of utilizing hand instruments was often associated with significant discomfort, swelling, and prolonged healing times.
The introduction of piezoelectric surgery, electromagnetic mallet, CAD/CAM technology, and Artificial-intelligence tools has enhanced the precision of ridge splitting.
In conclusion, the evolution of ridge-splitting techniques has significantly improved the predictability of implant placement in cases of inadequate bone width.
