Vicarious Surgical develops a robotic system that enables surgeons to perform minimally invasive abdominal surgery through a single 1.5 cm incision, enhancing visibility and instrument maneuverability with human-inspired motion. This technology reduces the risk of complications and shortens recovery times by minimizing tissue damage compared to traditional surgical methods.
Funding
$45M 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 minimally invasive abdominal surgery often requires multiple incisions, which can lead to increased risk of complications, longer recovery times, and greater tissue damage. Existing robotic surgical systems may lack the maneuverability and visualization necessary for complex procedures through a single incision.
Solution
Vicarious Surgical is developing a robotic surgical system designed to enable minimally invasive abdominal surgery through a single 1.5 cm incision. The system enhances surgical precision and control by replicating a surgeon’s natural upper body movements via robotic arms with 28 sensors each. Its design focuses on maximizing visualization, precision, and control of instruments, providing surgeons with enhanced stereoscopic 3D imaging and responsiveness. The system's single-port approach aims to minimize the risk of complications and shorten healing times by reducing tissue damage and allowing for greater freedom of movement inside the patient.
Target Audience
The primary target audience includes surgeons specializing in minimally invasive abdominal procedures, as well as hospitals and surgical centers seeking to enhance precision, reduce patient recovery times, and minimize complications.
Features
- Single-port access requiring only a 1.5 cm incision for camera and two robotic instruments
- Robotic arms designed to replicate a surgeon’s natural upper body movements with 28 sensors per arm
- Enhanced 3D high-definition visualization for advanced stereoscopic imaging of patient anatomy
- Centered pivoting within the abdomen allowing surgeons to work from any direction through the single entry point
- Mobile design for easy setup, breakdown, mobility, and storage within medical facilities
- Surgeon console with proprietary software and hand controllers for real-time control of instruments and camera
- Patient cart designed for single-incision access while maintaining surgeon control of instrument arms