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Revolutionizing
Recovery Through
Smart Implant Technology

Revolutionizing
Recovery Through
Smart Implant Technology

Revolutionizing
Recovery Through
Smart Implant Technology

Revolutionizing
Recovery
Through
Smart Implant Technology

The Future of
Biomechanics

The Future of
Biomechanics

Introducing the Smart UCL Anchor System for Monitoring Workload Following Tommy John Surgery

Introducing the Smart UCL Anchor System for Monitoring Workload Following Tommy John Surgery

  • Real Biomechanics. Driven by Science. Built for the Future.

The Future of
Biomechanics

Introducing the Smart UCL Anchor System for Monitoring Workload Following Tommy John Surgery

  • Real Biomechanics. Driven by Science. Built for the Future.

  • Built to enhance ATHLETE potential

The Smart UCL Anchor System

The Smart
UCL Anchor System

The Smart
UCL Anchor
System

Smart
Technology

Smart
Technology

Our technology converts the ligament strain experienced during rest and the entire throwing motion into real biomechanical measurements.

Our technology converts the ligament strain experienced during rest and the entire throwing motion into real biomechanical measurements.

Bluetooth® Communication

Bluetooth® Communication

Streamlined transfer of data to the athlete's companion device, allowing real-time workload monitoring.

Streamlined transfer of data to the athlete's companion device, allowing real-time workload monitoring.

App
Accessibility

App
Accessibility

Providing surgeons, athletes, and organizations access to the player's overall health score, injury risk status, daily recovery status, biomechanics, and alerts/recommendations.

Providing surgeons, athletes, and organizations access to the player's overall health score, injury risk status, daily recovery status, biomechanics, and alerts/recommendations.

Player-Specific Recommendations

Player-Specific Recommendations

The platform is being developed to support individualized workload recommendations and return-to-throwing progression based on athlete-specific biomechanical trends.

The platform is being developed to support individualized workload recommendations and return-to-throwing progression based on athlete-specific biomechanical trends.

Smart
Technology

Our technology converts the ligament strain experienced during rest and the entire throwing motion into real biomechanical measurements.

Bluetooth® Communication

Streamlined transfer of data to the athlete's companion device, allowing real-time workload monitoring.

App
Accessibility

Providing surgeons, athletes, and organizations access to the player's overall health score, injury risk status, daily recovery status, biomechanics, and alerts/recommendations.

Player-Specific Recommendations

The platform is being developed to support individualized workload recommendations and return-to-throwing progression based on athlete-specific biomechanical trends.

Smart
Technology

Our technology converts the ligament strain experienced during rest and the entire throwing motion into real biomechanical measurements.

Bluetooth®
Communication

Streamlined transfer of data to the athlete's companion device, allowing real-time workload monitoring.

App
Accessibility

Providing surgeons, athletes, and organizations access to the player's overall health score, injury risk status, daily recovery status, biomechanics, and alerts/recommendations.

Player-Specific Recommendations

The platform is being developed to support individualized workload recommendations and return-to-throwing progression based on athlete-specific biomechanical trends.

AllMeasurementsandAI-BasedInterpretationsinonesingleecosystem,allowingacompleteperformanceanalysisinseconds.
AllMeasurementsandAI-BasedInterpretationsinonesingleecosystem,allowingacompleteperformanceanalysisinseconds.
AllMeasurementsandAI-BasedInterpretationsinonesingleecosystem,allowingacompleteperformanceanalysisinseconds.
AllMeasurementsandAI-BasedInterpretationsinonesingleecosystem,allowingacompleteperformanceanalysisinseconds.

Insights in Every Move

Insights In

Every Move

Workload Monitoring

Workload 
Monitoring

Workload Monitoring

Workload Monitoring

Identify changes in workload patterns that may support earlier interventions.

Identify changes in workload patterns that may support earlier interventions.

Data-Driven Decisions

Data-Driven Decisions

Data-Driven Decisions

Turn highly specific measurements into actionable insights for smarter decisions

Turn highly specific measurements into actionable insights for smarter decisions

Elevate Performance

Elevate
Performance

Elevate Performance

Elevate Performance

Optimize initial return-to-play throwing and
recovery to elevate performance

Optimize initial return-to-play throwing and recovery to elevate performance

Optimize initial return-to-play throwing and recovery to elevate performance

Optimize initial return-to-play throwing and
recovery to elevate performance

The First
Smart UCL
Anchor System

The First
Smart UCL
Anchor System

Join Ortheon in redefining how athletes train, recover, and return to play following surgery.

The First Smart UCL Anchor System

Join Ortheon in redefining how athletes train, recover, and return to play following surgery.

The First
Smart UCL
Anchor System

The First
Smart UCL
Anchor System

Join Ortheon in redefining how athletes train, recover, and return to play following surgery.

The First Smart UCL Anchor System

Join Ortheon in redefining how athletes train, recover, and return to play following surgery.

The First
Smart UCL
Anchor System

The First
Smart UCL
Anchor System

Join Ortheon in redefining how athletes train, recover, and return to play following surgery.

The First Smart UCL Anchor System

Join Ortheon in redefining how athletes train, recover, and return to play following surgery.

The First
Smart UCL
Anchor System

The First
Smart UCL
Anchor System

Join Ortheon in redefining how athletes train, recover, and return to play following surgery.

The First Smart UCL Anchor System

Join Ortheon in redefining how athletes train, recover, and return to play following surgery.