Presentation Information
[E2-4]Ergonomic Advantages of the Open Console System in Robotic Colorectal Resection
Chunlin Wang, Yulingming Wang, Guiyu Wang (Department of colorectal cancer surgery, the Second Affiliated Hospital of Harbin Medical University)
Background: This study evaluates whether the Kangduo SR-01 (KD) open console system reduces intraoperative ergonomic strain while preserving technical performance during robotic colorectal resection.
Methods: A tripartite assessment framework was implemented: ergonomic strain quantification (Borg CR-10 Scale), team coordination evaluation (Oxford NOTECHS II), and blinded video-based technical performance analysis (OSATS).
Results: Posture during DV was significantly more challenging for Neck and back. There was a significant greater increase in discomfort over time (up to 3 h) for the neck and back in DV group compared with KD group. Notably, both systems achieved equivalent technical proficiency (OSATS, P=0.259) and maintained comparable team coordination metrics (NOTECHS II, P=0.120) with similar short-term outcomes.
Conclusions: The open console system significantly reduces musculoskeletal strain, especially for neck and back, during robotic colorectal surgery while maintaining critical technical performance.
Methods: A tripartite assessment framework was implemented: ergonomic strain quantification (Borg CR-10 Scale), team coordination evaluation (Oxford NOTECHS II), and blinded video-based technical performance analysis (OSATS).
Results: Posture during DV was significantly more challenging for Neck and back. There was a significant greater increase in discomfort over time (up to 3 h) for the neck and back in DV group compared with KD group. Notably, both systems achieved equivalent technical proficiency (OSATS, P=0.259) and maintained comparable team coordination metrics (NOTECHS II, P=0.120) with similar short-term outcomes.
Conclusions: The open console system significantly reduces musculoskeletal strain, especially for neck and back, during robotic colorectal surgery while maintaining critical technical performance.