Robotic osteotomy may better match root geometry

The autonomous approach reduced deep positional errors and over-removal, with greater gains in double-rooted models.

Category	Detail
Condition	Robotic osteotomy for tooth autotransplantation
Key Mechanisms	Autonomous, surface-conforming robotic system improves socket geometry accuracy
Target Population	Patients requiring tooth autotransplantation
Care Setting	Dental surgery

Robotic preparation reduced mean apex deviation to 0.94 mm vs 1.96 mm with static guidance.
Greatest gains in accuracy observed in double-rooted models.
Robotic approach showed lower over-removal rate (8% vs 96%).
Overall preparation time was similar between techniques.
Robotic system maintained planned trajectory throughout preparation depth.

Patients undergoing tooth autotransplantation procedures

Robotic osteotomy may improve geometric fidelity and reduce unnecessary material removal.

Consider robotic systems for complex root anatomies to enhance accuracy.
Evaluate the potential for reduced trial insertions and improved primary stability in clinical settings.