THE WORLD'S FIRST-IN-HUMAN SURGERY
Utilizing the ARAI TM navigation system
January 9, 2019
Synthetic Vision for Surgeons
HOLOSURGICAL S.A., a pioneer in Augmented Reality
and Artificial Intelligence has developed a technology
that revolutionizes minimally invasive surgery.
THE WORLD'S FIRST-IN-HUMAN SURGERY
Utilizing the ARAI TM navigation system
January 9, 2019
Our clinically-tested ARAI™ surgical navigation system provides real-time patient-specific 3D anatomical visualization for presurgical planning, intraoperative guidance, and postsurgical data analytics.
- Provides surgeons with “X-ray-like-vision”, allowing them to clearly “see” the color coded organs as they were not covered by the skin, muscles and connective tissue.
- Autonomously segments patient anatomy and identifies key anatomical landmarks immediately after scanning.
- Allows surgeons to visualize in 3D internal anatomical structures directly inside the patient without making large incisions and without looking away from the surgical field.
- Increases surgical accuracy and precision by offering surgeons interactive guidance throughout the surgical procedure.
- Reduces operating time, cost, and complications caused by suboptimal surgical execution.
Our clinically-tested ARAI™ surgical navigation system provides real-time patient-specific 3D anatomical visualization for presurgical planning, intraoperative guidance, and postsurgical data analytics.
- Provides surgeons with “X-ray-like-vision”, allowing them to clearly “see” the color coded organs as they were not covered by the skin, muscles and connective tissue.
- Autonomously segments patient anatomy and identifies key anatomical landmarks immediately after scanning.
- Allows surgeons to visualize in 3D internal anatomical structures directly inside the patient without making large incisions and without looking away from the surgical field.
- Increases surgical accuracy and precision by offering surgeons interactive guidance throughout the surgical procedure.
- Reduces operating time, cost, and complications caused by suboptimal surgical execution.
PLATFORM TECHNOLOGY
Cost-efficient visualization, navigation, and intelligent guidance.
Pre-surgical and intraoperative planning.
Compatible with all leading imaging systems.
Automatic patient registration.
augmented reality
Intuitive 3D visualization of virtual internal anatomy overlaid onto the patient in real-time.
Improved surgical workflow.
Reduced learning curve and better user experience.
Interactive 3D visualization of intraoperative guidance directly in the surgical field
artificial intelligence
The system automatically analyzes and identifies intra-operative imaging using proprietary algorithms.
ARAITM automatically identifies and labels bony structures and soft tissue during its segmentation
Smart alerts and suggestions provide a critical milestone for enabling AI-assisted robotic surgery and 3D printing
PLATFORM TECHNOLOGY
Cost-efficient visualization, navigation, and intelligent guidance.
Pre-surgical and intraoperative planning.
Compatible with all leading imaging systems.
Automatic patient registration.
augmented reality
Intuitive 3D visualization of virtual internal anatomy overlaid onto the patient in real-time.
Improved surgical workflow.
Reduced learning curve and better user experience.
Interactive 3D visualization of intraoperative guidance directly in the surgical field
artificial intelligence
The system automatically analyzes and identifies intra-operative imaging using proprietary algorithms.
ARAITM automatically identifies and labels bony structures and soft tissue during its segmentation
Smart alerts and suggestions provide a critical milestone for enabling AI-assisted robotic surgery and 3D printing
ARAI
SURGICAL NAVIGATION SYSTEM
An advanced surgical guidance platform that combines
3D visualization, data analytics, and machine learning
to improve patient outcomes, reduce OR time,
and decrease surgical complications.
ARAI
SURGICAL NAVIGATION SYSTEM
An advanced surgical guidance platform that combines
3D visualization, data analytics, and machine learning
to improve patient outcomes, reduce OR time,
and decrease surgical complications.