OrthoEdge, Inc.
Objective Intraoperative Stability for Total Hip Arthroplasty
Real-time measurement of range of motion, impingement, subluxation, and shuck — enabling data-driven liner and head selection during trialing.
Standalone. Low footprint. Designed for manual workflows and ASC settings.
Problem
Hip stability is still subjective.
Despite advances in navigation and robotics, final stability in THA is still determined by manual trialing and “feel.”
Marginal instability, liner selection, and soft-tissue tensioning are assessed qualitatively — often requiring multiple physical trials and opening additional inventory.
This leads to:
- Variability between surgeons
- Unnecessary implant packaging
- Missed instability mechanisms
- Higher revision risk
SOLUTION
Measure stability. Visualize escape. Select the correct implant.
From trial-and-error to measure-and-select.
Measure
Quantify joint stability during trialing.
OrthoEdge captures functional motion in real time, converting subjective feel into objective measurements. Surgeons see when instability emerges and how the joint behaves under load—without changing workflow.
Visualize
Understand motion & instability patterns.
Measured movement is translated into intuitive visual feedback, revealing usable range of motion and escape paths as they develop. Subtle issues become visible before final implant decisions.
Select
Confidently choose the optimal configuration.
Virtually evaluate cup, liner and head options intra-operatively, then select the combination that restores stability while preserving motion—without opening unnecessary components or repeating physical trials.
Precision for Every Operating Room
Robotics are powerful, but they aren't in every room. OrthoEdge provides critical stability data for standalone, non-robotic workflows (ASCs and manual cases). It is the lightweight safety net that fits into your existing instrument tray.
Ready to modernize your hip workflow?
OrthoEdge adds a real-time soft-tissue data layer to any surgical workflow—robotic, navigated, or standalone. Move from subjective assessment to objective precision.
Contact us: [email protected]