Standardized quality control process for robot-assisted screw placement
SONG Ze-feng
LI Wei-lin
FENG Jia-jun
YANG Rui
HAO Jia-yu
WANG Kui
SUN Yue-feng
JIANG Jian
HU Yun-xiang
WANG Hong
Abstract：The development of spine surgical robots has provided new technical support for precision medicine. Based on the clinical application experience of domestic orthopedic surgical robot systems, this paper systematically summarizes the standardized quality control process for robot-assisted screw placement. This process includes ten key steps across three stages: pre-placement, during placement, and post-placement, incorporating innovative elements such as preoperative multiplanar image verification, single-segment registration technology, and real-time pressure monitoring. Through the integration of multimodal imaging technology, intelligent drilling system, and real-time safety monitoring, a reproducible and scalable standardized operation protocol has been established. This quality control process not only improves surgical precision and safety but also provides an effective approach to reduce radiation exposure for medical staff. The establishment and implementation of this process has significant clinical value for promoting the standardized application of spine surgical robot technology.
Keywords：Robotic surgical proceduresSpineReference standardsQuality control
Publication Date：2025-07-19
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：4( 607-610 )