HOLOSURGICAL JOINS SURGALIGN
THE WORLD’S
FIRST-IN-HUMAN
DIGITAL SURGERY
Based on Augmented Reality
and Artificial Intelligence
January 9th, 2019
SYNTHETIC VISION
FOR SURGEONS®
HOLO SURGICAL, a digital
surgery company, announces the
first surgical procedure utilizing
the ARAI™, an augmented
reality and artificial intelligence
surgical navigation system.
January 9th, 2019
HOLOSURGICAL JOINS
SURGALIGN
Our patented and 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 internal anatomy as if it was 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.
- Intended to improve surgical accuracy and precision by offering surgeons interactive guidance throughout the surgical procedure.
- Intended to reduce operating time, cost, and complications reported in the clinical literature associated with suboptimal surgical execution.
Our patented and 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.
-
Intended to improve surgical accuracy and precision by offering surgeons interactive guidance throughout the surgical procedure.
-
Intended to reduce operating time, cost, and complications reported in the clinical literature associated with suboptimal surgical execution.
PLATFORM TECHNOLOGY
Cost-efficient visualization, navigation, and intelligent guidance.
Autonomous 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.
ARAI™ 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.
Autonomous 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.
ARAI™ 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 digital surgery 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 digital surgery guidance platform that combines 3D visualization, data analytics, and machine learning to improve patient outcomes, reduce OR time, and decrease surgical complications.