Robot-related parameters.

<div><p>Oral implant surgery demands a high level of precision and expertise, making the integration of robotic assistance an optimal solution. This study introduces an innovative dental implant robotic system designed to enhance accuracy during cavity preparation by combining robotic te...

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Bibliographic Details
Main Author:	Heqiang Tian (21213144) (author)
Other Authors:	Yurui Yin (21213147) (author), Xiang Zhang (19800) (author), Jiezhong Tan (21213150) (author), Junqiang Liu (2343550) (author)
Published:	2025
Subjects:	Medicine Neuroscience Biotechnology Cancer Science Policy Space Science Biological Sciences not elsewhere classified Information Systems not elsewhere classified optical spatial positioning optical navigation technology minimize residual errors future clinical applications 57 &# 8201 57 &# 177 49 &# 177 43 &# 177 37 &# 8201 28 &# 176 23 &# 177 17 &# 177 10 &# 8201 09 &# 177 06 &# 8201 root surface deviation freedom robotic arm combining robotic technology template printing precision improve surgical precision digital implant guides robotic system excels robotic positioning systems traditional manual methods top surface deviation enhance overall accuracy implant guides robotic systems robotic system manual methods surface deviations enhance accuracy robotic assistance system employs manual approaches coordinate systems calibration methods precision evaluation angular precision tool calibration thoroughly analyzed study presents study introduces significant differences results indicate reproducible approach optimal solution meticulous registration measurement processes high level guiding accuracy eye calibration ec66 six dental implantology cavity preparation angular control
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Robot-related parameters.

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