Advance Clinical
Decision-Making with KneeKG PRO
Because the cost of sitting on the sidelines is too high!
Better Data → Better Decision → Healthy Athletes on the Field
Read Athlete case example
Optimize your athletes’ knee health
- Build baselines for all athletes pre-season to help maintain knee health throughout the season
- Support the athlete’s return to full performance with reduced pain and instability
- Identify biomechanical markers that may be precursors to injury, thus helping to keep athletes healthier and on the field
KneeKG PRO, a competitive edge for knee health
From baseline to return to competition
Unlike video analysis, inertial sensors and GPS based tracking devices, KneeKG’s precision has proven high accuracy1 providing objective, dynamic data to aid clinical decision-making. Class II Medical Device FDA Cleared, Health Canada and CE Marked.
Data generated immediately on-site, when and where you need it most!
Report showing results comparing left/right and over time
Explanations of pain-related causes and symptoms
Target program
to restore function
Our vision
To deliver relevant athlete-specific actionable data to medical professionals working with elite athletes through advanced technology, accelerating decision-making and empowering the medical team to better solutions for their athletes.
Our goal
To help sports teams to keep their athletes on the field and performing at their best. Emovi prioritizes short- and long-term knee health and safety.
Emovi provides a value-based service
Giving your team a technical advantage with our AI-Powered KneeKG PRO service
Contact us for more information:
* For pre/post season testing, pricing includes operating expenses, such as travel, shipping, etc. A minimum of 20 athletes must be tested.
** For in-season injury testing or any testing not done during pre/post testing visits, operating expenses will be calculated separately. A full quotation of services will be provided.
References:
- KneeKG lower-limb alignment correlates to both robotic assisted system and long film X-Ray measurements 10= Deroche, E., et al. Arch Orthop Trauma Surg 142, 1645–1651 (2022)
