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Visual Intelligence (V.I.) is the camera image you see on the monitor and serves as the backbone for all the other technologies (A.I., Robotics etc...) that help comprise the comprehensive platform called Digital Surgery. By increasing the amount of information visible to surgeons on the monitor, you not only provide caregivers with more information, but you also augment the impact of other complimentary technologies such as A.I.
Surgeons who have used Surroundscope immediately point to the fact that they have been blinded by tunnel vision ever since Laparoscopy was introduced to the market. If something detrimental happens to the patient OUTSIDE the surgeon's Field-of-View, the injury may not be detected and remediated during the procedure. By using a 270 degree FoV, we reduce the likelihood that an injury will not be seen during the procedure.
The 270Surgical Surroundscope platform mitigates 3 long-standing challenges facing Laparoscopists. We increase what has always been a highly restrictive Field-of-View from 70 degrees to 270 degrees. At the same time we eliminate the nuisance of fogging and greatly reduce the impact of surgical smoke on the visual acuity for caregivers.
Over the past 5 years, the team has successfully assembled 3 cameras at the distal end of a standard sized Laparoscope. The design is incredibly well-conceived, and protected by a multitude of patents.
We have performed more than 80 cases on human patients in addition to a variety of labs on non-human specimines. The scope has been trialed by more than 20 surgeons in 3 countries and is receiving universally rave reviews.
Our early data suggests a marked reduction in procedure time. This is not only better for the patient, but also reduces cost to the hospital.
There is virtually no-learning curve for the SurroundScope, as standard equipment is used, and the techniques remain the same. The caregivers simply operate as they did before and benefit from the improved Field-of-View, lack of fog and remediation of smoke / plume. We will in-service all users prior to trialing the product, and have found that surgeons adapt to the additional features within the first case they perform.
Director, Center for the Future of Surgery
for Minimally Invasive Surgery
Bnai Zion Medical Center
- Zero device related adverse events in over 80 procedures.
- Surgeons reported the ability to avoid organ damage
- No fog-related scope retractions
- 10x fewer cases converted to open surgery - 1.2% vs 10% as reported in literature
- Enables safe expansion into challenging treatment areas (e.g. Thoracic) otherwise inoperable by existing MIS methods
- Improves operator posture, reducing long-term injury
- Enhanced capabilities with near zero learning curve
- Dual-viewing modes allow easy toggling between standard, 90◦ FoV and extended 270◦ FoV
- Multi-chip-on-the-tip technology with true color vision enables high-definition view of peripheral organs and trocar insertion
- More focused and confident surgery / Reduced cognitive burden
- Patented technology reduces camera movements enabling smoother, more stable surgical procedures
- LED technology and built-in sensors eliminate lens fogging and establish continuous visibility through intra-operative smoke
- Reduction of surgical time with fewer instrument manipulations
- Intuitive, easy-to-use technology reduces physical and cognitive burden
- Reduces operator variation and streamlines OR workflow
- Decreases operating room costs / increasing operating room income
- 4x more visual data to fuel future OR algorithms and AI platforms
- Next-generation AI and cloud-enabled offering to include:
- Data storage, tagging, and sharing
- Real-time alerts
- Oxygen mapping
- Illumination of anatomical structures
- Perfusion quantification
- Fully wireless capabilities
