Corindus Vascular Robotics

Medrobotics has developed a platform of flexible medical robots that enable surgeons to access, visualize, and perform two-handed surgery in hard-to-reach anatomical places through a single-site access. The core technology is a new generation of flexible robotic snakes with advanced vision systems that are able to navigate tortuous paths while providing accessory channels for a wide range of flexible surgical tools. The robots are self-supporting, which means they are able to support their own weight and move within any three-dimensional space without the need for any other structural support. The company was formerly known as Cardiorobotics and Innvoention Technologies.

Quantum Surgical is a surgical robotics start-up building next-generation smart tools for minimally invasive therapies, beginning with interventional oncology. The robotic platform will enable physicians to better assess, plan, and treat a broad spectrum of medical conditions. The Company is developing end-to-end solutions for interventional oncology.

CMR Surgical is a surgical robotics company developing universal robotic systems for minimal access surgery. The company's vision is to make minimal access (or keyhole) surgery universally accessible and affordable by significantly expanding the range of procedures that can be performed robotically.

Activ is a developer of software to augment surgeons. It develops an AI/ML platform called ActivEdge, which is designed to provide real-time intelligence and visualization to surgeons. The company was founded in 2017 and is based in Boston, Massachusetts.

Neocis is a privately held company focused on improving health care through robotic assistance, manufactures and markets YOMI, a robot-assisted surgical platform for the dental industry.

Augmedics has developed a smart surgical system called the ViZOR: an Augmented Reality Head Mounted Display equipped with various sensors and machine learning capabilities. With its various sensors, The ViZOR collects big surgical data to process and analyze using deep learning algorithms. In time, the ViZOR will make suggestions, provide alerts, and perform other surgical assistance during the procedure.