Surgical AI tools for Orthopedics

63 surgical ai tools built for Orthopedics physicians.

MISSO Robotic
Meril Life Sciences
Surgical AI
MISSO Robotic System is an advanced AI-powered surgical robotic system designed to enhance precision, safety, and patient outcomes in joint replacement surgeries through AI-driven planning, real-time feedback, and precise robotic execution.
IntelliLogic Ai
IntelliLogic AI
Surgical AI
IntelliLogic AI is an AI-powered operating system for medical device distribution, unifying surgical cases, field inventory, chargesheets, commissions, and analytics into a single, HIPAA-ready platform.
Proximie
Proximie Inc.
Clinical Decision Support & Reference
Proximie connects everything in the OR—people, data, and devices—to improve surgical throughput and quality through real-time, AI-powered insight and orchestration.
Proprio Paradigm
Proprio
Clinical Decision Support & Reference
Proprio Paradigm is an FDA-cleared, AI-powered surgical navigation platform that uses advanced sensors, computer vision, and AI to create real-time 3D models of anatomy, improving precision and streamlining workflows.
ExcelsiusGPS
Globus Medical
Neurology AI
ExcelsiusGPS™ is the first and only robotic navigation platform on the market that offers a comprehensive approach to spine and cranial procedures, from start to finish. The system enables repeatable and accurate trajectory alignment and navigation for placing screws, interbody implants, and cranial instruments.
OrthoPlan
OrthoPlan
Clinical Decision Support & Reference
OrthoPlan is an AI-enhanced digital templating software for orthopedic surgery that streamlines surgical planning and offers automated bone segmentation and implant positioning.
HOLO Portal
Surgalign
Radiology & Imaging AI
HOLO Portal is Surgalign's AI-driven augmented reality surgical guidance system, designed to assist surgeons in spine procedures by segmenting and labeling anatomy for planning screw trajectories and overlaying the plan during surgery.
VELYS Hip Navigation
DePuy Synthes (Johnson & Johnson)
Clinical Decision Support & Reference
VELYS™ Hip Navigation with AI Assistance is a next-generation software solution that automates image interpretation and landmark identification to deliver real-time, patient-specific insights on leg length, offset, and cup position during total hip arthroplasty.
CORI Surgical System (RI.KNEE ROBOTICS Software)
Smith+Nephew
Surgical AI
The CORI Surgical System is a handheld robotic platform by Smith & Nephew, featuring AI-driven software for personalized planning and real-time guidance in knee and hip arthroplasty.
ROSA Knee System (with OptimiZe)
Zimmer Biomet
Surgical AI
The ROSA Knee System, powered by AI-driven OptimiZe technology, is an FDA-cleared robotic surgical assistant designed to enhance precision and personalization in total knee replacement procedures.
Osso VR
Osso VR
Medical Education & Training
Osso VR provides a leading virtual reality platform for surgical and nurse procedural skills training and assessment, designed to accelerate skill development and improve patient outcomes.
Paradigm
Proprio
Surgical AI
Proprio’s FDA-cleared, award-winning navigation platform, Paradigm, uses advanced sensors, compute, and AI to capture multi-modal surgical views and build a real-time 3D model of anatomy, improving precision and streamlining workflows.
KelaHealth Surgical Intelligence
KelaHealth
Clinical Decision Support & Reference
Delivers patient-specific predictive insights and risk stratification using AI and machine learning to improve surgical care quality and clinical operations.
AlgoSurg
AlgoSurg Inc.
Radiology & Imaging AI
AlgoSurg provides AI-powered cloud-based solutions for 3D surgical planning, patient-specific instrument design, and robotic surgery enhancement, primarily for orthopedic and cardiovascular procedures. It accelerates workflows for medical device OEMs, robotic systems, and 3D printing providers by automating surgical planning and generating 3D models from CT/MRI scans.
COMPLETE CONTROL System Gen2
Coapt
Neurology AI
Coapt's COMPLETE CONTROL System Gen2 uses AI and machine learning for intuitive, natural control of upper-limb prosthetics, enhancing functionality for individuals with limb loss or difference.
xvision Spine
Augmedics
Surgical AI
The Augmedics xvision Spine System is an FDA-cleared augmented reality (AR) surgical navigation system that provides surgeons with "x-ray vision" to accurately place instruments and implants during spine procedures, enhancing precision and workflow efficiency.
Automatic Registration
Brainlab AG
Radiology & Imaging AI
Brainlab Automatic Registration (AIR) is a core technology for high-precision image-guided surgery, enabling seamless integration of intraoperative imaging with surgical navigation to enhance accuracy and workflow efficiency in complex procedures.
Precision AI Surgical Planning System (PAI-SPS)
Precision AI Pty
Surgical AI
Precision AI Surgical Planning System (PAI-SPS) is an FDA-cleared AI-powered software and hardware system for preoperative planning and intraoperative guidance in shoulder replacement surgeries, utilizing 3D modeling and patient-specific surgical guides.
Preview Shoulder
Genesis Software Innovations
Radiology & Imaging AI
Preview Shoulder, also known as ProVoyance® Shoulder, is an FDA-cleared AI-powered 3D surgical planning software by Genesis Software Innovations. It assists orthopedic surgeons in developing pre-operative shoulder plans based on CT imaging, enabling precise implant placement for arthroplasty.
spineEOS
EOS imaging
Radiology & Imaging AI
spineEOS is an online 3D surgical planning software by EOS imaging, utilizing low-dose, weight-bearing EOS images to create patient-specific 3D models for confident and precise spine surgery planning and optimal sagittal alignment.
VEA Align
EOS imaging
Radiology & Imaging AI
VEA Align by EOS imaging is an FDA-cleared AI-based cloud software for orthopedic applications, providing global alignment assessment and surgical planning for spine and lower limb conditions using low-dose 2D X-ray images.
United Orthopedic Knee Patient Specific Instrumentation
Enhatch
Surgical AI
Enhatch's United Orthopedic Knee Patient Specific Instrumentation is an AI-powered, FDA-cleared system for precise preoperative planning and patient-specific surgical guide design in total knee arthroplasty.
aprevo® Digital Segmentation
Carlsmed
Radiology & Imaging AI
AI-powered software for precise 3D segmentation of spinal DICOM images, enabling personalized surgical planning for spine fusion procedures.
Customize
3D-Side SA
Radiology & Imaging AI
Customize is a web-based platform for pre-surgical planning and patient-specific case management. It connects surgeons, patients, and medical device companies to optimize communication, creation and supervision of the production of patient-specific medical devices, powered by AI automation.
1 2 3
More for Orthopedics:
Radiology & Imaging AI (99) Clinical Decision Support & Reference (32) Neurology AI (9) Documentation & Scribing (6) Medical Education & Training (6) Patient Engagement & Education (5) Practice Analytics & BI (4) General Productivity (AI Assistants) (4) Telehealth & Virtual Care (3) Practice Management & Scheduling (3) EMR / EHR Systems (3) Prior Authorization (3)
AI Tool Finder
AI-powered search. Results may not be comprehensive.