Transforming minimally invasive care starts with a platform that continues to advance. Da Vinci 5 combines more than a decade of development, 10,000x greater computing power,¹ and a design engineered for ongoing innovation. The result is a platform that keeps evolving with an eye toward improving patient care, increasing operational efficiency, and supporting surgeons and care teams to shape the next era of minimally invasive care.
Surgical Senses
Designed for better outcomes by enhancing surgical senses
Better patient outcomes: this goal underscores everything we do. We aim to help surgeons deliver these outcomes by enhancing their senses via Force Feedback technology, the best da Vinci vision system, and improved ergonomics.<sup>3</sup>
Surgical Senses
<div id="forcefeedback"> Force Feedback: first-of-its-kind technology</div>
Surgeons with varying experience levels can deliver up to 43% less force on tissue<sup>4</sup> by sensing the push and pull forces at the instrument tip through Force Feedback technology. The instrument sensors are able to generate postoperative, objective performance measurements on tissue for personal and training insights. Surgeons who were early in their learning curve performed faster suturing with fewer errors and with less tissue trauma when using Force Feedback instruments during simulated suturing tasks.<sup>5</sup>Sense push/pull forces
Postoperative learning:
Six Force Feedback-enabled instruments:
Surgical Senses
The best da Vinci vision system
The da Vinci 5 vision system delivers our best, most realistic 3D image—with better color and resolution.<sup>3</sup>Surgical Senses
Our most ergonomic system ever
An immersive, reengineered console with a greater range of motion and wider array of ergonomic settings<sup>3</sup> designed to offer more comfort<sup>8</sup> for the surgeon.Curved arm rest
Dr. Afshin BahadorGynecologic Surgeon
Operational Efficiency
More surgeon autonomy<sup>2</sup> and streamlined workflow
Over 150 design innovations may lead to reduced procedure times<sup>9</sup> with potential to increase throughput. Greater surgeon autonomy<sup>2</sup> and streamlined workflow can help hospitals address staffing challenges. The result: more operational efficiency — critical in helping you scale da Vinci surgery across the patients you serve.Operational Efficiency
Greater surgeon autonomy<sup>2</sup>
Through component integration and control at their fingertips, surgeons can manage components needed for surgery from their console, helping to reduce care team workload.<sup>10</sup>In-console video replay
Operational Efficiency
Streamlined workflows
<p>Da Vinci 5 is easy to learn, with simplified setup, guided tool change, and task automation. A universal user interface extends across all three system components to enhance care team experience. </p>New sweet spot design
Through the new universal interface,
Troubleshooting messages
Operational Efficiency
Reduced procedure time<sup>9</sup>
<p>Da Vinci 5 refinements to benefit new users—as well as expert users. Over 150 design innovations may result in increased throughput and the potential to add da Vinci surgeries beyond traditional OR timetables.</p>Fewer delays:
My Intuitive+
Objective insights, personalized action—enabled by My Intuitive+
Objective insights, personalized action—enabled by My Intuitive+
Available exclusively with da Vinci 5, My Intuitive+ transforms surgical data into actionable insights and delivers new opportunities for learning, collaboration, and skill development.
Integration
Smarter together:
Intelligently integrated hardware
Smarter together:
Intelligently integrated hardware
- Compared to da Xi. Data on file at Intuitive.
- Based on a preclinical human factors study comparing surgeons and care team use of da Vinci 5 to da Vinci Xi. Data on file at Intuitive.
- Compared to da Vinci X, Xi, and SP systems. Data on file at Intuitive.
- Based on preclinical data comparing High to Off settings for retraction. Awad MM, Raynor MC, Padmanabhan-Kabana M, Schumacher LY, Blatnik JA. Evaluation of forces applied to tissues during robotic-assisted surgical tasks using a novel force feedback technology. Surg Endosc. 2024;38(10):6193-6202. doi:10.1007/s00464-024-11131-z
- Based on pre-clinical data comparing new surgeons with and without Force Feedback instruments during simulated suturing tasks. Servais EL, Rashidi L, Porwal P, Garibaldi M, Hung AJ. Novel force feedback technology improves suturing in robotic-assisted surgery: a pre-clinical study. Surgical Endoscopy. 2024;39(2):1217-1226. doi:10.1007/s00464-024-11472-9.
- Average forces reported are within this sensing range.
- Contraindication: use of the Force Feedback needle driver is contraindicated in hysterectomy and myomectomy due to the risk of vaginal bleeding requiring hospital readmission and/or the need for additional procedures. The use of non-force feedback needle drivers is recommended for suturing in these procedures.
- Based on a pre-clinical human factors study comparing 13 surgeons’ use of da Vinci 5 to da Vinci Xi. Data on file at Intuitive.
- Compared to da Vinci Xi. The result presented is an aggregate, qualitative analysis of data from 53 first-in-human-use cases on da Vinci 5, which included 23 surgeons at novice, intermediate, and expert experience levels. Results may vary by procedure type and surgeon experience level. Data on file at Intuitive.
- Based on a pre-clinical human factors study comparing 11 surgeons and 22 care team members’ use of da Vinci 5 to da Vinci Xi. Data on file at Intuitive.
- Based on a pre-clinical human factors study comparing 8 experienced care team members’ use of da Vinci 5 to da Vinci Xi. Data on file at Intuitive.