Versius Surgical Robots is Changing the Landscape of Healthcare

Robot Name: Versius Surgical Robot

Company / Institute: CMR Surgical

Location: Cambridge, United Kingdom

Inception: 2014

Sensors: Advanced imaging sensors, force sensors, and motion tracking sensors

Skills: V-Wrist Technology, Port placement, Assistance in multiple surgical procedures, digital ecosystem, operating ergonomically

Industry: Medical/Surgical Procedures

Programming Languages: Proprietary control software with intuitive user interface

Commercial availability: Yes, used in hospitals worldwide

Fun facts about Versius:

• Since its launch, Versius has performed over 20,000 surgeries across the globe, from the UK to Australia, and India.
• Versius is now expanding its reach to pediatric patients, with the first child surgery in 2024.
• It collects surgical data and offers actionable insights, helping surgeons refine their skills and make better decisions, all while improving patient outcomes.
• Surgeons are often on their feet for hours, but with Versius’ open console design, they can operate while sitting comfortably.

The Versius Surgical Robot, developed by CMR Surgical, is revolutionizing the way surgeries are performed. This innovative robot is powered by the patented V-wrist technology, which allows for 360 degrees of wrist rotation, enabling surgeons to make more precise and smaller incisions. Its modular design not only maximizes space and portability but also ensures easy integration into existing hospital infrastructures. The ability to place ports where needed and use the system with minimal disruption makes Versius a versatile tool in the operating room.

Versius is designed to be easy to adopt by surgeons and healthcare teams, providing enhanced ergonomics and reducing physical strain during long surgeries. With its intuitive controls and ergonomic open console, the system ensures that surgeons can maintain comfort while achieving precision. Additionally, Versius features a digital ecosystem that provides valuable clinical insights and metrics, helping surgeons make informed decisions during procedures and improving the overall patient care process.

Image & information credits : By CMR Surgical (Versius), Link

“The information in this blog is sourced from publicly available resources online.”

Technology:

The Versius system integrates cutting-edge technology, including advanced motion control, high-resolution imaging, and a cloud-based data management system. These features work in tandem to provide surgeons with a high level of flexibility, accuracy, and real-time decision-making capabilities, ultimately leading to improved patient outcomes.

Programming Language (s):

The Versius system operates using proprietary control software designed to be intuitive and user-friendly. Surgeons interact with the system through an advanced interface that integrates real-time data insights, surgical metrics, and robotic telemetry, enabling precise control over the instruments and procedures.

Current use:

It is used in procedures related to Thoracic, General & Upper GI, Gynaecology, Colorectal & Urology.

Used in hospitals – Guy’s and St Thomas’ Hospital (London, UK), Royal Papworth Hospital (Cambridge, UK), Macquarie University Hospital (Australia), HCG Manavata Cancer Centre (India) and many more.

Specifications :

• Payload Capacity: Optimized for precision with light, flexible instruments
• Wrist Rotation: 360° for enhanced surgical flexibility
• Console: Ergonomic design for surgeon comfort
• Modularity: Easy to transport and set up in various operating rooms
• Training: Metrics-based, data-driven training program for surgical teams

How do you think these robots help in improving healthcare worldwide? Share your feedback in comments section.