AI Orthopedic Surgery Platform
Advanced orthopedic care with AI-powered fracture detection and joint replacement tracking
Request DemoOrthopedic surgery faces challenges with missed fractures on imaging, suboptimal joint replacement sizing, and inconsistent outcome tracking. The aging population increases demand while orthopedic workforce remains limited.
Subtle fractures are frequently missed on initial X-rays, delaying treatment
Suboptimal joint replacement sizing leads to poor outcomes and revisions
Manual registry reporting is time-consuming and prone to errors
Aging populations drive increased need for joint replacements and fracture care
AI-powered orthopedic platform that detects fractures, optimizes joint replacement sizing, tracks outcomes, and automates registry reporting.
92% sensitivity for fracture detection on X-rays with automatic classification
30% better implant sizing with AI-powered pre-operative templating
Automated functional scores (WOMAC, KOOS) and ROM measurement
100% AJRR compliance with automatic data submission
Fracture Detection: Automated identification on X-rays with 92% sensitivity
Joint Space Narrowing: OA severity grading (Kellgren-Lawrence)
Bone Age: Pediatric skeletal maturity assessment
Cobb Angle: Scoliosis measurement and progression tracking
Bone Density: Opportunistic osteoporosis screening from CT scans
Pre-op Templating: AI-powered implant sizing for hip/knee replacement
Surgical Planning: 3D reconstruction with implant positioning simulation
Outcome Tracking: Digital WOMAC, KOOS, Harris Hip scores
AJRR Registry: Automatic submission to American Joint Replacement Registry
ROM Measurement: Computer vision-based range of motion tracking
Functional Scores: Automated WOMAC, KOOS, QuickDASH assessment
Exercise Compliance: Home exercise program tracking with adherence alerts
Instrumentation Planning: Pedicle screw trajectory planning
Deformity Correction: Spinal alignment simulation and correction planning
Fusion Assessment: Automated evaluation of fusion success on follow-up imaging
ACL Protocols: Evidence-based rehabilitation progression tracking
Return-to-Sport: Functional testing and clearance criteria
Fracture Classification: Automatic AO/OTA classification with treatment recommendations
Impact: 92% fracture detection sensitivity with zero missed injuries in validation
Automatic fracture detection, classification, and orthopedic consultation triggers
Impact: 30% better implant sizing accuracy with AI templating
Pre-operative planning, surgical templating, outcome tracking
Impact: 100% AJRR registry compliance with zero manual data entry
Automated registry reporting, quality metrics, benchmarking
Impact: 40% better patient engagement with digital ROM tracking
Computer vision ROM measurement, functional score tracking, home exercise monitoring
Fracture detection accuracy
Implant sizing accuracy
AJRR registry reporting
Patient engagement with digital tools
See how OrthoNexus can transform your orthopedic practice. Contact us for a personalized demonstration.
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