CMR Surgical develops the Versius Surgical System, a modular robotic-assisted device designed for minimal access cholecystectomy, utilizing a biomimetic design that mimics the human arm for enhanced precision and control. This technology addresses the limitations of traditional laparoscopic surgery by providing surgeons with improved dexterity, a 710° range of motion, and 3D HD visualization in compact operating room environments.
Funding
$163.9M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional laparoscopic surgery for procedures like cholecystectomy can be limited by reduced dexterity, restricted range of motion, and 2D visualization, potentially leading to increased surgeon fatigue and suboptimal outcomes. The size and lack of portability of existing robotic-assisted surgical systems can also limit their integration into diverse operating room environments.
Solution
CMR Surgical's Versius Surgical System is a modular, robotic-assisted surgical device designed to enhance minimal access surgery. Versius addresses the limitations of traditional laparoscopy by providing surgeons with improved dexterity through biomimicry of the human arm, a 710° range of motion, and 3D HD visualization. Its compact, portable, and modular design allows for seamless integration into virtually any operating room, promoting flexibility and efficiency. The system's open surgeon console is designed to reduce stress and fatigue while facilitating clear communication with the surgical team.
Target Audience
The primary target audience includes surgeons and hospitals seeking to enhance their capabilities in minimal access surgery, specifically for procedures like cholecystectomy, with a versatile and adaptable robotic-assisted system.
Features
- Modular design allowing for use of only the number of arms needed for a given procedure
- Biomimetic design mimicking the human arm for enhanced dexterity and precision
- 710° range of motion for greater maneuverability within the surgical field
- 3D HD vision system for improved depth perception and visualization
- Ergonomic, open surgeon console designed to reduce fatigue and improve communication
- Portable and compact footprint for easy integration into various operating room settings
- Comprehensive training pathway including the Versius Trainer, virtual reality modules, and an online learning platform
- Digital ecosystem capturing meaningful data to support continuous learning and improve surgical care