Core Insights - Intuitive has published two peer-reviewed studies demonstrating the effectiveness of its Force Feedback technology in the da Vinci 5 surgical system, which enhances robotic-assisted surgery by allowing surgeons to feel the forces applied to tissue [1][2][8] Group 1: Study Findings - The first study indicated that Force Feedback technology can reduce the force applied to tissue by up to 43%, regardless of the surgeon's experience level, based on evaluations from 28 surgeons [3][4][5] - The second study highlighted that Force Feedback technology improves novice surgeon performance by reducing tissue trauma and errors during suturing, as well as decreasing the time required to complete suturing tasks, evaluated with 29 novice surgeons [6][7] Group 2: Clinical Implications - The studies suggest that the lack of a way to measure forces during surgery can lead to unintentional tissue damage, which may negatively impact patient outcomes such as pain and recovery time [4][5] - The findings indicate that Force Feedback technology could enable gentler robotic surgery, with potential benefits for surgical performance and patient outcomes, although further research is needed to understand its clinical implications [5][8] Group 3: Future Developments - Intuitive is currently expanding the availability of Force Feedback technology in hospitals across the United States and plans to continue its research and development through 2025 and beyond [8]

Core Insights - Intuitive has published two peer-reviewed studies demonstrating the effectiveness of its Force Feedback technology in the da Vinci 5 surgical system, which enhances robotic-assisted surgery by allowing surgeons to feel the forces applied to tissue [1][2][8] Group 1: Force Feedback Technology - Force Feedback technology can reduce the force applied to tissue during surgery by up to 43%, regardless of the surgeon's experience level [3][5] - The technology aims to minimize unintentional tissue damage during surgery, which can lead to negative clinical outcomes such as increased pain and longer recovery times [4][5] Group 2: Study Findings - The first study involved 28 surgeons and showed significant reductions in force applied during surgical tasks, indicating improved performance with the use of Force Feedback technology [3][6] - The second study focused on 29 novice surgeons and found that Force Feedback technology could significantly reduce tissue trauma and errors during suturing, as well as decrease the time required to complete suturing tasks [6][7] Group 3: Future Implications - The studies provide early evidence of the potential benefits of Force Feedback technology across all levels of surgical experience, with ongoing research planned to further understand its clinical impact [8] - Intuitive is expanding the availability of Force Feedback technology in hospitals across the United States through 2025 and beyond [8]