Revolutionizing
Robotic Surgery
Experience a new era of simplified robotic surgery with VPorts Robotics: our single-port, multi-tool agnostic extension system provides precise, parallel-placed surgical tools, positioning, and retraction capabilities in one, to dramatically enhance workflow, declutter the operative space, and make even the most complicated procedures simpler.
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Our single-access extension system empowers surgeons to introduce and internally deploy a variety of uniquely designed surgical tools, graspers, and retraction capabilities in sequence and internally placed in parallel. This revolutionary platform provides additional ‘virtual arms’ to the surgeon’s toolkit, dramatically reducing resource needs, access ports, and the necessity for human intervention.
How VPorts Robotics Works:
The Power of Integrated Precision
VPorts Robotics uniquely delivers a suite of surgical tools with grasping and retracting units through a single robotic arm, eliminating the need for repeated instrument exchanges or additional port creation. Surgeons gain dynamic, static, and continuous control over organs and tissue, all from a single access point and with the ability to exchange tools internally for uninterrupted workflow.
Introducing:
Introducing: Virtual Port’s Graptors
The Next Evolution in Surgical Versatility
- Beyond Grasping: Unlocking Retraction. Graptor units deliver unmatched control and versatility by combining a grasper and retractor in one device.
- The innovative Graptor units integrate multiple grasping tips with a robust retracting system, allowing surgeons to fluidly grasp, manipulate, and support the surgical process, converting instantly to short or long-term retraction with a simple button press.
Our Graptors offer
Grasping and Energy
Static Retraction
Dynamic
(Short Term)
Retraction
Unlock Unprecedented Potential
with VPorts Robotics
Discover how VPorts Robotics is transforming the surgical landscape:
Enhanced
Surgical Flow
Experience uninterrupted procedures through intra-abdominal tip replacement and seamless instrument changes.
Minimized Invasiveness
Reduce the need for additional access ports, leading to less tissue trauma, faster recovery, and improved cosmetic outcomes.
Comprehensive Tissue
Management
Achieve unparalleled control with static, dynamic, and ongoing organ and tissue retraction and manipulation.
Increased Surgical Precision & Flexibility
Achieve unparalleled control with static, dynamic, and ongoing organ and tissue retraction and manipulation.
Resource
Optimization
Minimize reliance on manual holding, cumbersome static retractors, and additional surgical personnel.
“With Virtual
Ports Inside”
Access the equivalent of five additional “virtual ports” for multi-point manipulation and exposure through a single, adaptable robotic extension.
I am truly excited about the involvement of Virtual Ports in robotic surgery and the introduction of the new robotic Graptors. Finally, robotic surgery will have specialized tools specifically designed for retraction and exposure, which are crucial for safe and successful procedures. Currently, retraction capabilities in minimally invasive surgery (MIS) are insufficient, and the situation is even more challenging in robotic surgery. It’s about time that when we utilize advanced machines like the da Vinci Xi, the Hugo RAS, and the Versius, we also have appropriate tools for effective retraction and exposure. The robotic Graptors are 5mm graspers that can disconnect from the robotic instruments and transform into retractors using an attached anchoring clip. This design eliminates the need for dedicated trocars and external anchoring devices that could interfere with the robotic arms, and they do not occupy valuable operating space. I look forward to using these Graptors!
Prof. Yoav Mintz
Professor of Surgery. Director, Division of Foregut Surgery. Hadassah Medical Center
About Virtual Ports
Virtual-Ports Ltd is committed to empowering surgeons with innovative devices utilizing its proprietary MicroAnchoring™ technology to enhance laparoscopic procedures. We pioneered the ‘Freedom to Operate’ revolution, ensuring safer, cost-effective clinical outcomes and increased revenue for healthcare systems.
